Health Sector Brochure 15082016 LOW RES.compressed · 2016-10-04 · Fire Regulations. All our wall systems have been tested using the methods prescribed in SANS:10177 part II for

Healthcare Solutions

Marley Building Systems is part of ETEX, a Belgian industrial group that manufactures and markets high quality building materials and systems.

We are a leader in sustainable and affordable building solutions. To meet these needs and anticipate new trends, we have developed a strategy based on our four core businesses: cladding and building boards in fibre cement and plaster, roofing materials, passive fire protection and high performance insulation. This has earned us a place in the market as a leading supplier of high quality and affordable roofing, cladding and construction products.

With Marley Roofing’s more than 60 years industry experience we aim to not only supply products and services that redefine building methodology, but also give complete peace of mind.

MARLEY BUILDING SYSTEMS’ PRODUCT PORTFOLIOMarley Building Systems’ product portfolio includes all types of concrete and clay tiles, fibre cement slates, profiled roofsheeting, fibre cement and gypsum based cladding, ceiling, partition solutions and decorative facades.

With over 60 years’ experience, we have industry knowledge that is second to none and can offer our customerscomplete confidence in the products and services we provide.

Marley Building Systems’ market leading products deliver a combination of eco-friendly materials and surpasses allperformance demands.

Fibre Cement Facades

Fibre Cement Ceiling &Cladding Solutions

Gypsum Ceiling & PartitionSolutions

Concrete, Clay & FibreCement Roofing Solutions

CONTENTSIntroduction 6

Fire Protection 7

Thermal Resistance 31

Acoustics 32

Wet Areas 36

Impact Resistance 42

Attachment Support 43

Infection Control and High Pressure Cleaning 47

Vinyl Ceiling Tiles 48

Hygiene Ceilings 50

X-Rays 53

Finishing 54

Healthcare Solutions Manual

6

In line with the reform of South Africa’s healthcare system, significant funding is being injected into the upgrade of hospital infrastructure.

Accordingly, there is an attendant focus on sourcing and reviewing materials capable of supporting improved health sector buildings. This includes such aspects as needs determination and sustainability through to energy-efficient design and on-going maintenance of health facilities. All must be delivered with greater speed of construction, flexibility and cost-effectiveness.

The hospitals of tomorrow will be quite different from such facilities of today. In utilising new medical and information technologies, new hospitals will be more welcoming, escaping the institutional feel of yesteryear. Increasingly, modern hospital projects are being influenced by sustainability considerations, with many required to achieve a Green Star rating.

Infection control has become a critical issue as a result of the proliferation of drug-resistant bacteria. Whole of life costs are also assuming greater importance, especially in terms of projects constructed under the Public Private Partnership (PPP) model. These developments affect every aspect of hospital design and construction, inclusive of the choice of building materials and finishes.

Light-weight building solutions are increasingly being utilised in the construction of hospital buildings because of their flexibility, environmental benefits, energy efficiency and cost competitiveness.

This document provides an overview of Marley Building Systems’ Plasterboard Building Solutions with regard to a range of interior applications, all commonly found within hospitals and other healthcare buildings. These include:• Acoustics• Sound Absorption Within Spaces• Fire Protection• Wet Areas• Impact Resistance• Attachment Support• Infection Control• Maintenance and Cleaning• X-Rays• Finishing

For more information please contact our Technical Division on telephone: 011 866 2233 or visit: www.marleybuildingsystems.co.za

View of Hospitals

INTRODUCTION


7

FIREPROTECTION

In making decisions about the most appropriate methods of fire protection, the specifier must be absolutely sure that the systems selected are both reliable and totally effective.

This is a crucial consideration in terms of design, given that lives and livelihoods are at stake. It is imperative, then, that the correct decisions are made.

Critically, requirements - as set out in Part T of SANS 10400 - must be adhered to, taking into consideration the weak and fragile state of the majority of the occupants of healthcare facilities and their need for assistance and time in the unfortunate event of a fire-related evacuation.

Marley Building Systems offers a wide range of Fire Rated Solutions, all tested for compliance with SANS 10400: Part T: Fire Regulations. All our wall systems have been tested using the methods prescribed in SANS:10177 part II for 30/60/and120 min fire resistance. All the ceiling systems have been certified by rational design.

The systems employ either Siniat Standard Plasterboard or Siniat Firecheck Plasterboard, which are tapered-edge boards available in 12mm (Standard Plasterboard), 12,5mm and 15mm thicknesses. Siniat Firecheck Plasterboard has exfoliated vermiculite and fibreglass strands embedded in the gypsum core, so increasing fire resistance. This product is differentiated by having a pink paper liner.

It is available in 12,5mm and 15mm thicknesses and is recommended for use in areas in which additional fire resistance is required, such as kitchens, record and filing rooms and fire escapes, as well as for specified office partitions.

Against this background, specifiers and installers may be assured of the integrity of Siniat systems when installed exactly to Marley Building Systems specification.

Against this background, specifiers and installers may be assured of the integrity of Siniat systems when installed exactly to Marley Building Systems specification.


8

TYPICAL HOSPITAL FLOOR PLAN AND OCCUPANCIES

Courtesy of A3 Architects


9

OCCUPANCY CLASSES IN HOSPITALS

Occupancy class as per SANS 10400:T

Description of occupancy Examples of occupancy in hospital

C1: Exhibition Hall Occupancy where goods are displayed primarily for viewing by the public

Rooms with medical displays for academic purposes

D2: Moderate Risk Industrial

Occupancy where industrial process is carried and where the material handles or the process carried out is liable, in the event of fire, to cause combustion with extreme rapidity nor is it likely to give rise to poisonous fumes or cause explosions

Kitchen

D4: Plant Room Occupancy comprising usually unattended mechanical or electrical services for running of a building

Rooms housing air-conditioning, compressors, generators, etc.

E1: Place of Detention

Occupancy where people are detained because of their mental condition

Violent patients in psychiatric ward

E2: Hospital Occupancy where people are cared for or treated because of physical or mental disabilities and where they are generally bedridden

Wards, operating theatres, X-Ray rooms, ICUs, etc.

E3: Other Institutional (Residential)

Occupancy where groups of people who either are either not fit or are restricted in their movements or their ability to make decisions, reside and are cared for

Hospice, sanatorium, frail care

E4: Medical Facilities

Occupancy which is a common place of long or transient living for a number of unrelated persons, consisting of a single unit on its own site. Due to varying degrees of incapacity, they are provided with personal care services or are undergoing medical treatment

Clinic

F2: Small Shop Occupancy where merchandise is displayed and offered for sale to the public and the area does not exceed 250m²

Tuck shop, florist, coffee shop, pharmacy

G1: Offices Occupancy comprising offices, banks, consulting rooms or other similar usage.

Doctors’ rooms, administration, reception, waiting rooms

H3: Domestic Residence

Occupancy consisting of two or more dwelling units on a single site

Nurses and doctors residence

J1: High Risk Storage

Occupancy where material is stored and where the stored material is liable, in the event of fire, to cause combustion with extreme rapidity or give rise to poisonous fumes or cause explosions

Oxygen and gas supply storage

J2: Moderate Risk Storage

Occupancy where material is stored and where the stored material is liable, in the event of fire, to cause combustion with moderate rapidity but is not likely to give rise to poisonous fumes or cause explosions

Storage of flammable materials in small quantities, linen cupboards

J3: Low Risk Storage

Occupancy where the material stored does not fall into the high or moderate risk category

General storerooms

J4: Parking Garage

Occupancy used for storing or parking 10 or more motor vehicles

Undercover parking for staff and visitors


10

FIRE RESISTANCE REQUIREMENTS FOR EXTERNAL WALLS AND DIVISION SEPARATING WALLS


Fire Resistance (Minutes)

External walls Division Separating Elements

Tenancy Separating Elements

C1: Exhibition Hall 60 120 30

D2: Moderate Risk Industrial 30 60 30

D4: Plant Room 30 60 30

E1: Place of Detention 60 120 60

E2: Hospital 60 120 60

E3: Other Institutional (Residential) 60 120 60

E4: Medical Facilities 30 60 60

F2: Small Shop 30 60 30

G1: Offices 30 60 30

H3: Domestic Residence 30 60 60

J1: High Risk Storage 130 120 30

J2: Moderate Risk Storage 60 60 30

J3: Low Risk Storage 60 60 30

J4: Parking Garage 30 60 30


11

FIRE RESISTANCE REQUIREMENTS FOR OCCUPANCY SEPARATING WALLS

PARTITIONS (NON-LOAD-BEARING)


Fire Resistance (Minutes)

C1:

Exh

ibit

ion

Hal

l

D2:

Mod

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e R

isk

Indu

stria

l

D4

: Pla

nt

Roo

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E1:

Pla

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f D

eten

tion

E2:

Hos

pita

l

E3:

Oth

er In

stit

uti

onal

(R

esid

enti

al)

E4: M

edic

al F

acili

ties

F2: S

mal

l Sh

op

G1:

Offi

ces

H3:

Dom

esti

c R

esid

ence

J1: H

igh

Ris

k S

tora

ge

J2: M

oder

ate

Ris

k S

tora

ge

J3: L

ow R

isk

Sto

rage

J4: P

arki

ng

Gar

age

C1: Exhibition Hall - 120 120 90 90 90 90 60 60 60 120 60 60 60

D2: Moderate Risk Industrial 120 - 120 120 120 120 120 120 120 120 120 120 120 120

D4: Plant Room 120 120 - 120 120 120 120 120 120 120 120 120 120 120

E1: Place of Detention 90 120 120 - - - - 90 90 90 120 90 90 90

E2: Hospital 90 120 120 - - - - 90 90 90 120 90 90 90

E3: Other Institutional (residential)

90 120 120 - - - - 90 90 90 120 90 90 90

E4: Medical Facilities 90 120 120 - - - - 90 90 90 120 90 90 90

F2: Small Shop 60 120 120 90 90 90 90 - 60 60 120 90 60 60

G1: Offices 60 120 120 90 90 90 90 60 - 60 120 60 60 60

H3: Domestic Residence 60 120 120 90 90 90 90 60 60 - 120 60 60 60

J1: High Risk Storage 120 120 120 120 120 120 120 120 120 120 - 120 120 120

J2: Moderate Risk Storage 60 120 120 90 90 90 90 90 60 60 120 - 60 60

J3: Low Risk Storage 60 120 120 90 90 90 90 90 60 60 120 60 - 60

J4: Parking Garage 60 120 120 90 90 90 90 60 60 60 120 60 60 60

Occupancy separating walls are the dividing walls between rooms with different occupancy classes within the same building.

Any partition wall, other than those functioning as dividing walls between divisions or occupancies, needs to have a minimum Fire Resistance of 30 minutes.


12

FIRE DOORS

FIRE RESISTANCE OF STRUCTURAL (LOAD-BEARING) ELEMENTS

1 2 3

Type of Wall Required minimum fire resistance wall (minutes) Class of fire door or fire shutter

Occupancy separation60 A

120 B

Occupancy separation - Plant rooms or other ancillary accommodation

120 C

60 A

Divisional separation60 A

120 D

Emergency route 120 B

Protected corridor and protected stairs 30 E

Service shafts not fire stopped at every floor level 60 or 120 A or B

Opening in all walls 30 F

Type of occupancy Structural Fire Resistance (minutes)External walls Division

Separating Elements

Division Separating Elements

Division Separating Elements

Tenancy Separating Elements

C1: Exhibition Hall 90 90 120 120 120D2: Moderate Risk Industrial 30 30 120 120 240

D4: Plant Room 30 30 60 90 120E1: Place of Detention 60 60 90 120 120E2: Hospital 60 60 90 180 120E3: Other Institutional (Residential)

60 60 90 180 120

E4: Medical Facilities 30 30 Not applicable Not applicable 120F2: Small Shop 30 60 120 180 120G1: Offices 30 30 60 120 120H3: Domestic Residence 30 30 60 120 120J1: High Risk Storage 60 90 120 180 240J2: Moderate Risk Storage 30 60 90 120 180J3: Low Risk Storage 30 30 90 90 120J4: Parking Garage 30 30 30 0- 120


13

1. SINIAT GYPSUM DRYWALL LPF 64 - F60/1Single layers of 15mm Siniat Firecheck Board T/E fixed to each side of the framework using Siniat Drywall Screws - 25mm, spaced at 220mm centres. The framework consists of Siniat Ridgeback Steel Stud 63,5mm inserted into top and bottom Siniat Super Track 65mm at 600mm centres. All joints in the plasterboard systems are staggered. Apply Siniat Fibatape and Siniat Jointing Compound to all joints in the system. Install Siniat Corner Bead to all external corners. For desired acoustic performance, seal all joints between track, floor, ceiling and any other abutment joints with Siniat Jointing Compound.

60 MINUTES FIRE RESISTANCE PARTITION SYSTEMS

60 MIN FIRE RATING INTERNAL PARTITION SYSTEMNon-load-bearing drywall system15mm Siniat Firecheck Board T/E - one layer each side

APPLICATION: Commercial and Healthcare

WALL PROPERTIES64mm stud60 min fire ratingSound insulation reduction index - 40dBThermal Values (Rw) – 0,53K/m².WPartition Width - 94mmApproximate weight - 23kg/m²Height – 3,6m

MATERIAL USEDA - Siniat Ridgeback Super Stud - Galvanised 63,5 x 35mmB - Siniat Super Track - Galvanised 65 x 24mmC - 15mm Siniat Firecheck Board T/E - Siniat Drywall Screws - 25mm - Siniat Fibatape - Siniat Jointing Compound - Floor and ceiling finishes as per specification

APPLICATION DETAIL1. Set Siniat Steel Studs spaced at 600mm c/c into steel track at floor and ceiling.2. Apply a single layer of 15mm Siniat Firecheck Board T/E to each side using 25mm Siniat Drywall Screws spaced at 220mm c/c.3. Tape and joint according to specification.4. Refer to standard specification.5. Acoustic performance requires sealing between track, floor, ceiling and any other abutment joints.6. Stagger the plasterboard joints in the system.7. Seal all joints with Siniat Jointing Compound.

GENERAL COMMENTS APPLICABLE TO ALL SYSTEMS:1. All dimensions given for spacing are the maximum allowable.2. All thicknesses given for insulation are the minimum allowable.3. All joints need to be taped with Siniat Fibatape and sealed with Siniat Jointing Compound.

600,00

22

0,00

Siniat Drywall Screws – 25mm spaced at 220mm c/c

A: Siniat Ridgeback Super Stud - Galvanised 63,5 x 35mm

C: 15mm Siniat Firecheck Board T/E

B: Siniat Super Track - Galvanised 65 x 24mm


14

2. SINIAT GYPSUM LPF 64-F60/1/GW-50MM

Single layers of 15mm Siniat Firecheck Board T/E fixed to each side of the framework using Siniat Drywall Screws - 25mm spaced at 220mm centres with 14-18kg/m3 Glasswool. The framework consists of Siniat Ridgeback Steel Stud 63,5mm inserted into top and bottom Siniat Super Track 65mm at 600mm centres. All joints in the plasterboard systems are staggered. Apply Siniat Fibatape and Siniat Jointing Compound to all joints in the system. Install Siniat Corner Bead to all external corners. For desired acoustic performance, seal all joints between track, floor, ceiling and any other abutment joints with Siniat Jointing Compound.

60 MIN FIRE RATING INTERNAL PARTITION SYSTEM Non-load-bearing drywall system15mm Siniat Firecheck Board T/E - one layer each side,14-18kg/m³ of Glasswool

APPLICATION: Commercial, Residential and Healthcare

WALL PROPERTIES64mm stud60 min fire ratingSound reduction index (dB (Rw) - 48dB)Thermal Values (Rw) - 0.53K/m².WPartition Width - 94mmApproximate weight - 23kg/m²Height - 3.6m

MATERIAL USEDA - Siniat Ridgeback Super Stud - Galvanised 63,5 x 35mmB - Siniat Super Track - Galvanised 65 x 24mmC - 15mm Siniat Firecheck Board T/E - Siniat Drywall Screws - 25mm - Siniat Fibatape - Siniat Jointing Compound - Floor and ceiling finishes as per specification - Glasswool of 14-18kg/m³

APPLICATION DETAIL1. Set Siniat Steel Studs spaced at 600mm c/c into steel track at floor and ceiling.2. Apply a single layer of 15mm Siniat Firecheck Board T/E to each side using 25mm Siniat Drywall Screws spaced at

220mm c/c.3. Position Glasswool insulation between studs, fold the top over and secure to top track by positioning and fixing with

galvanised angle.4. Tape and joint according to specification.5. Refer to standard specification.6. Acoustic performance requires sealing between track, floor, ceiling and any other abutment joints.7. Stagger the plasterboard joints in the system.8. Seal all joints with Siniat Jointing Compound.


600,00

220,

00

A: Siniat Ridgeback SuperStud - Galvanised 63,5 x 35mm

14-18kg/m³ Glass Wool


Siniat Drywall Screw - 25mm spaced at 220 c/c

B: Siniat Super Track - Galvanised65 x24mm


15

3. SINIAT GYPSUM DRYWALL LPS 64 - F60/2

Double layers of 12mm Siniat Standard Board T/E fixed to each side of the framework using Siniat 41mm spaced at 220mm centres. The framework consists of Siniat Ridgeback Steel Stud 63.5mm inserted into top and bottom Siniat Ridgeback Track 65mm at 600mm centres. All joints in the plasterboard systems are staggered. Apply Siniat Fibatape and Siniat Jointing Compound to all joints in the system. Install Siniat Corner Bead to all external corners. For desired acoustic performance, seal all joints between track, floor, ceiling and any other abutment joints with Siniat Premium Jointing Compound.

60 MIN FIRE RATED INTERNAL PARTITION SYSTEMNon-load-bearing drywall system12mm Siniat Standard Board T/E - double layer each side.


WALL PROPERTIES64mm stud60min fire ratingSound reduction index (dB (Rw) - 45dB)Thermal Values (Rw) - 0.76kg/m².WPartition Width - 112mmApproximate weight - 39kg/m²Height (m) - 3.6m

MATERIAL USEDA - Siniat Ridgeback Super Stud - Galvanised 63,5 x 35mmB - Siniat Super Track - Galvanised 65 x 24mmC - 12mm Siniat Standard Board T/E - Siniat Drywall Screws - 25mm and 41mm - Siniat Fibatape - Siniat Jointing Compound - Floor and ceiling finishes as per specification

APPLICATION DETAIL1. Set Siniat Steel Studs spaced at 600mm c/c into steel track at floor and ceiling.2. Apply a single layer of 12mm Siniat Standard Board to both sides, using 25mm Siniat Drywall Screws spaced at 220mm c/c, stagger joints.3. Apply a second layer of 12mm Siniat Standard Board to both sides staggering all joints, using 41mm Siniat Drywall Screws spaced at 220mm c/c4. Tape and joint according to specification.5. Refer to standard specification.6. Acoustic performance requires sealing between track, floor, ceiling and any other abutment joints.7. Stagger the plasterboard joints in the system.8. Seal all joints with Siniat Jointing Compound.


600,00

.

220,

00


Use Siniat Drywall Screws - 25mm at 220mm c/c to fix 1st layer of boardOn the 2nd layer, use Siniat Drywall Screws - 41mm also at 220mm c/c

B: Siniat SuperTrack - Galvanised 65 x 24mm

C: Double layer of 12mmSiniat Standard Board T/E


16


60 MIN FIRE RATED INTERNAL PARTITION SYSTEM Non-load-bearing drywall system12mm Siniat Standard Board T/E - double layer each side with 14-18kg/m³ Glasswool.


WALL PROPERTIES64mm stud60 min fire ratingSound reduction index (dB (Rw) - 52dB)Thermal Values (Rw) - 0.76kg/m².WPartition Width - 112mmApproximate weight - 39kg/m²Height - 3.6m

MATERIAL USEDA - Siniat Ridgeback Super Stud - Galvanised 63,5 x 35mmB - Siniat Super Track - Galvanised 65 x 24mmC - 12mm Siniat Standard Board T/E - Siniat Drywall Screws - 25mm and 41mm - 14-18kg/m³ Glasswool - Siniat Fibatape - Siniat Jointing Compound - Floor and ceiling finishes as per specification

APPLICATION DETAIL1. Set Siniat Steel Studs spaced at 600mm c/c into steel track at floor and ceiling.2. Apply a single layer of 12mm Siniat Standard Board T/E to both sides. Using 25mm Siniat Drywall Screws spaced at 220mm c/c, stagger joints.3. Apply a second layer of 12mm Siniat Standard Board T/E to both sides staggering all joints, using 41mm Siniat Drywall Screws spaced at 220mm c/c.4. Tape and joint according to specification.5. Refer to standard specification.6. Acoustic performance requires sealing between track, floor, ceiling and any other abutment joints.7. Stagger the plasterboard joints in the system.8. Seal all joints with Siniat Jointing Compound.

4. SINIAT GYPSUM DRYWALL LPS 64 - F60/2/GW - 50MM

Double layers of 12mm Siniat Standard Board T/E fixed to each side of the framework using Siniat Drywall Screws 25mm and 41mm spaced at 220mm centres with 14-18 kg/m3 Glasswool. The framework consists of Siniat Ridgeback Steel Stud 63,5mm inserted into top and bottom Siniat Super Track 65mm at 600mm centres. All joints in the plasterboard systems staggered. Apply Siniat Fibatape and Siniat Jointing Compound to all joints in the system. Install Siniat Corner Bead to all external corners. For desired acoustic performance, seal all joints between track, floor, ceiling and any other abutment joints with Siniat Jointing Compound.

600,00

.

220,

00

Use Siniat Drywall Screws - 25mm at 220mm c/c to fix 1st layer of boardOn the 2nd layer, use Siniat Drywall Screws - 41mm also at 220mm c/c


C: Double layer of 12mmSiniat Standard Board T/E

14-18kg/m³ Glasswool

B: Siniat SuperTrack - Galvanised 65 x 24mm


17

5. SINIAT DRYWALL LPF 64 - F60/3/MW - 50mm

Single layer of 12,5mm Siniat Firecheck Board T/E fixed to each side of the framework using Siniat Drywall Screws 25mm spaced at 220mm centres, with 60kg/m3 mineral wool. The framework consists of Siniat Ridgeback Steel Stud 63,5mm inserted into top and bottom Siniat Super Track 65mm at 600mm centres. Insulmatt insulation positioned between studs, top folded over and top track secured by fixing galvanised wall angle. All joints in the plasterboard systems are staggered. Apply Siniat Fibatape and Siniat Jointing Compound to all joints in the system. Install Siniat Corner Bead to all external corners. For desired acoustic performance, seal all joints between track, floor, ceiling and any other abutment joints with Siniat Jointing Compound.


60 MIN FIRE RATED INTERNAL PARTITION SYSTEM Non-load-bearing drywall system12,5mm Siniat Firecheck Board T/E- one layer on each side, with 60kg/m3 mineral wool.


WALL PROPERTIES64mm stud 60 min fire rating Sound reduction index - 44dBThermal Value (Rw) - 1,78kg/m².W Partition width - 89mm Approximate weight - 30kg/m²Height – 3,6m

MATERIAL USEDA - Siniat Ridgeback Super Stud – Galvanised 63,5 x 35mmB - Siniat Super Track - Galvanised 65 x 24mmC - 12,5mm Siniat Firecheck Board T/E - Siniat Drywall Screws - 25mm - Siniat Fibatape - Siniat Jointing Compound - 60kg/m3 mineral wool - Floor and ceiling finishes as per specification

APPLICATION DETAIL1. Set Siniat Steel Studs spaced at 600mm c/c into steel track at floor and ceiling. 2. Apply a single layer of 12,5mm Siniat Firecheck Board T/E to each side using 25mm Siniat Drywall Screws spaced at 220mm c/c. 3. Position mineral wool between studs, fold the top over and secure to top track by positioning and fixing with galvanised angle.4. Tape and joint according to specification.5. Refer to standard specification. 6. Acoustic performance requires sealing between track, floor, ceiling and any other abutment joints.7. Stagger the plasterboard joints in the system. 8. Seal all joints with Siniat Jointing Compound.


18

6. SINIAT DRYWALL LPF 102 – F60/1

Single layer of 15mm Siniat Firecheck Board T/E fixed to each side of the framework using Siniat Drywall Screws 25mm spaced at 220mm. The framework consists of Siniat Ridgeback Steel Stud 102mm inserted into top and bottom Siniat Super Track 103mm at 600mm centres. All joints in the plasterboard systems are staggered. Apply Siniat Fibatape and Siniat Jointing Compound to all joints in the system. Install Siniat Corner Bead to all external corners. For desired acoustic performance, seal all joints between track, floor, ceiling and any other abutment joints with Siniat Jointing Compound.

60 MIN FIRE RATED INTERNAL PARTITION SYSTEMNon-load-bearing drywall system15mm Siniat Firecheck Board T/E- one layer on each side

APPLICATION: Residential and Healthcare

WALL PROPERTIES1102mm stud 60 min fire rating Sound reduction index - 40dBThermal Value (Rw) – 0,72kg/m².W Partition width - 132mm Approximate weight - 24kg/m²Height – 3,6m

MATERIAL USEDA - Siniat Ridgeback Super Stud – Galvanised 102 x 35mmB - Siniat Super Track - Galvanised 103 x 24mmC - 15mm Siniat Firecheck Board T/E - Siniat Drywall Screws - 25mm - Siniat Fibatape - Siniat Jointing Compound - Floor and ceiling finishes as per specification

APPLICATION DETAIL1. Set Siniat Steel Studs spaced at 600mm c/c into steel track at floor and ceiling. 2. Apply a single layer of 15mm Siniat Firecheck Board T/E to each side using 25mm Siniat Drywall Screws spaced at 220mm c/c.3. Tape and joint according to specification.4. Refer to standard specification. 5. Acoustic performance requires sealing between track, floor, ceiling and any other abutment joints.6. Stagger the plasterboard joints in the system. 7. Seal all joints with Siniat Jointing Compound.


600,00

220,

00

Siniat Drywall screws - 25mm spaced at 220mm c/c



A: Siniat Ridgeback Super Stud - Galvanised 102 x 35mm


19

7. SINIAT DRYWALL LPF 102 – F60/1/GW – 50mm Single layer of 15mm Siniat Firecheck Board T/E fixed to each side of the framework using Siniat Drywall Screws 25mm spaced at 220mm centres, with 14-18kg/m3 Glasswool. The framework consists of Siniat Ridgeback Steel Stud 102mm inserted into top and bottom Siniat Super Track 103mm at 600mm centres. All joints in the plasterboard systems are staggered. Apply Siniat Fibatape and Siniat Jointing Compound to all joints in the system. Install Siniat Corner Bead to all external corners. For desired acoustic performance, seal all joints between track, floor, ceiling and any other abutment joints with Siniat Jointing Compound.


60 MIN FIRE RATED INTERNAL PARTITION SYSTEMNon-load-bearing drywall system15mm Siniat Firecheck Board T/E- one layer on each side with 14-18kg/m3 Glasswool.



MATERIAL USEDA - Siniat Ridgeback Super Stud – Galvanised 102 x 35mmB - Siniat Super Track - Galvanised 103 x 24mmC - 15mm Siniat Firecheck Board T/ED - Siniat Drywall Screws - 25mm and 41mm - Siniat Fibatape - Siniat Jointing Compound - 14-18kg/m3 Glasswool - Floor and ceiling finishes as per specification

APPLICATION DETAIL1. Set Siniat Steel Studs spaced at 600mm c/c into steel track at floor and ceiling. 2. Apply a single layer of 15mm Siniat Firecheck Taper Edge Plasterboard to each side using 25mm Siniat Drywall Screws spaced at 220mm c/c. 3. Tape and joint according to specification.4. Refer to standard specification. 5. Acoustic performance requires sealing between track, floor, ceiling and any other abutment joints.6. Stagger the plasterboard joints in the system. 7. Seal all joints with Siniat Jointing Compound.

600,00

220,

00


D: Siniat Drywall Screws - 25mm spaced at 220mm c/c





20

8. SINIAT DRYWALL LPF 64 - F120/1 Double layer of 12,5mm Siniat Firecheck Board T/E fixed to each side of the framework using Siniat Drywall Screws 25mm and 41mm spaced at 220mm centres, with 0,5mm Siniat Galvanised Steel Sheet in between. The framework consists of Siniat Ridgeback Steel Stud 63,5mm inserted into top and bottom Siniat Super Track 65mm at 600mm centres. All joints in the plasterboard systems are staggered. Apply Siniat Fibatape and Siniat Jointing Compound to all joints in the system. Install Siniat Corner Bead to all external corners. For desired acoustic performance, seal all joints between track, floor, ceiling and any other abutment joints with Siniat Jointing Compound.


120 MIN FIRE RATED INTERNAL PARTITION SYSTEMNon-load-bearing drywall system12,5mm Siniat Firecheck Board T/E- double layer on each side with 0,5mm galvanised steel between the boards



MATERIAL USEDA - Siniat Ridgeback Super Stud – Galvanised 63,5 x 35mmB - Siniat Super Track - Galvanised 65 x 24mmC - Double layer of 12,5mm Siniat Firecheck Board T/ED - 0,5mm Siniat Galvanised Steel Sheet - Siniat Drywall Screws - 25mm and 41mm - Siniat Fibatape - Siniat Jointing Compound - Floor and ceiling finishes as per specification

APPLICATION DETAIL1. Set Siniat Steel Studs spaced at 600mm c/c into steel track at floor and ceiling. 2. Apply a single layer of 12,5mm Siniat Firecheck Board T/E to each side using 25mm Siniat Drywall Screws spaced at 220mm c/c.3. Apply 0,5mm Siniat Galvanised Steel Sheet to each side (min 30mm overlap). 4. Apply a second layer of 12,5mm Siniat Firecheck Board T/E to both sides.5. Tape and joint according to specification.6. Refer to standard specification. 7. Acoustic performance requires sealing between track, floor, ceiling and any other abutment joints.8. Stagger the plasterboard joints in the system. 9. Seal all joints with Siniat Jointing Compound.

600,00

.

220,

00


Use Siniat Drywall Screws - 25mm at 220mm c/c to fix the 1st layer of boardson the 2nd layer of board use Siniat Drywall Screws - 41mm also at 220mm c/c


D: 0,5mm Galvanised steel sheet

C: Double 12,5mm SiniatFirecheck BoardB: Siniat Super Track

- Galvanised 65 x 24mm


21

9. SINIAT DRYWALL LPF 64 - F120/1/GW – 50mm Double layer of 12,5mm Siniat Firecheck Board T/E fixed to each side of the framework using Siniat Drywall Screws 25mm and 41mm spaced at 220mm centres, with 0,5mm Siniat Galvanised Steel Sheet in between and 14-18kg/m3 Glasswool. The framework consists of Siniat Ridgeback Steel Stud 63,5mm inserted into top and bottom Siniat Super Track 65mm at 600mm centres. All joints in the plasterboard systems are staggered. Apply Siniat Fibatape and Siniat Jointing Compound to all joints in the system. Install Siniat Corner Bead to all external corners. For desired acoustic performance, seal all joints between track, floor, ceiling and any other abutment joints with Siniat Jointing Compound.


120 MIN FIRE RATED INTERNAL PARTITION SYSTEMNon-load-bearing drywall system12,5mm Siniat Firecheck Board T/E- double layer on each side with 0,5mm galvanised steel between the boards, with 14-18kg/m3 Glasswool.



MATERIAL USEDA - Siniat Ridgeback Super Stud – Galvanised 63,5 x 35mmB - Siniat Super Track - Galvanised 65 x 24mmC - Double layer of 12,5mm Siniat Firecheck Board T/ED - 0,5mm Siniat Galvanised Steel Sheet - Siniat Drywall Screws - 25mm and 41mm - Siniat Fibatape - Siniat Jointing Compound - 14-18kg/m3 Glasswool - Floor and ceiling finishes as per specification


600,00

.

220,

00


Use Siniat Drywall Screws - 25mm at 220mm c/c to fix the 1st layer of boards

on the 2nd layer of board use Siniat Drywall Screws - 41mm also at 220mm c/c


14-18kg/m3 Glasswool



22

120 MIN FIRE RATED INTERNAL PARTITION SYSTEMNon-load-bearing drywall system12,5mm Siniat Firecheck Board T/E- double layer on each side with 0,5mm galvanised steel between the boards



MATERIAL USEDA - Siniat Ridgeback Super Stud – Galvanised 63,5 x 35mmB - Siniat Super Track - Galvanised 65 x 24mmC - Double layer of 12,5mm Siniat Firecheck Board T/ED - 0,5mm Siniat Galvanised Steel Sheet - Siniat Drywall Screws - 25mm and 41mm - Siniat Fibatape - Siniat Jointing Compound - Floor and ceiling finishes as per specification


10. SINIAT DRYWALL LPF 64 - F120/2 (4,2m height) Double layer of 12,5mm Siniat Firecheck Board T/E fixed to each side of the framework using Siniat Drywall Screws 25mm and 41mm spaced at 220mm centres, with 0,5mm Siniat Galvanised Steel Sheet in between. The framework consists of Siniat Ridgeback Steel Stud 63,5mm inserted into top and bottom Siniat Super Track 65mm at 400mm centres. All joints in the plasterboard systems are staggered. Apply Siniat Fibatape and Siniat Jointing Compound to all joints in the system. Install Siniat Corner Bead to all external corners. For desired acoustic performance, seal all joints between track, floor, ceiling and any other abutment joints with Siniat Jointing Compound.


600,00

.

220,

00


Use Siniat Drywall screws - 25mm at 220mm c/c to fix the 1st layer of boards on the 2nd layer of board use Siniat Drywall Screws - 41mm also at 220mm c/c

A: Siniat Ridgeback Super Stud - Galvanised 63,5 x 35m

C: Double 12,5mm SiniatFirecheck Board T/E



23

120 MIN FIRE RATED INTERNAL PARTITION SYSTEMNon-load-bearing drywall system12,5mm Siniat Firecheck Board T/E- double layer on each side with 0,5mm galvanised steel between the boards, with 14-18kg/m3 Glasswool.


WALL PROPERTIES64mm stud 120 min fire rating Sound reduction index - 53dBThermal Value (Rw) 0,70kg/m².W Partition width - 115mm Approximate weight - 50kg/m²Height – 4,2m

MATERIAL USEDA - Siniat Ridgeback Super Stud – Galvanised 63,5 x 35mmB - Siniat Super Track - Galvanised 65 x 24mmC - Double layer of 12,5mm Siniat Firecheck Board T/ED - 0,5mm Siniat Galvanised Steel Sheet - Siniat Drywall Screws - 25mm and 41mm - Siniat Fibatape - Siniat Jointing Compound - 14-18kg/m3 Glasswool - Floor and ceiling finishes as per specification


11. SINIAT DRYWALL LPF 64 - F120/2/GW - 50mm (4,2m height) Double layer of 12,5mm Siniat Firecheck Board T/E fixed to each side of the framework using Siniat Drywall Screws 25mm and 41mm spaced at 220mm centres, with 0,5mm Siniat Galvanised Steel Sheet in between. With 14-18kg/m3 Glasswool." The framework consists of Siniat Ridgeback Steel Stud 63,5mm inserted into top and bottom Siniat Super Track 65mm at 400mm centres. All joints in the plasterboard systems are staggered. Apply Siniat Fibatape and Siniat Jointing Compound to all joints in the system. Install Siniat Corner Bead to all external corners. For desired acoustic performance, seal all joints between track, floor, ceiling and any other abutment joints with Siniat Jointing Compound.


600,00

220,

00

D: 0,5mm Galvanised steel sheetC: Double 12,5mm SiniatFirecheck Board






24

120 MIN FIRE RATED INTERNAL PARTITION SYSTEMNon-load-bearing drywall system15mm Siniat Firecheck Board T/E - double layer on each side


WALL PROPERTIES64mm stud 120 min fire rating Sound reduction index - 55dBThermal Value (Rw) 0.70kg/m².W Partition width - 124mm Approximate weight - 54kg/m²Height – 3,6m

MATERIAL USEDA - Siniat Ridgeback Super Stud – Galvanised 63,5 x 35mmB - Siniat Super Track - Galvanised 65 x 24mmC - 15mm Siniat Firecheck Board T/E - Siniat Drywall Screws - 25mm and 41mm - Siniat Fibatape - Siniat Jointing Compound - Floor and ceiling finishes as per specification

APPLICATION DETAIL1. Set Siniat Steel Studs spaced at 600mm c/c into steel track at floor and ceiling. 2. Apply a single layer of 15mm Siniat Firecheck Board T/E on both sides. Using 25mm Siniat Drywall Screws spaced at 220mm c/c, stagger joints.3. Apply a face layer of 15mm Siniat Firecheck Board T/E to both sides, staggering all joints, using 41mm Siniat Drywall Screws spaced at 220mm c/c.4. Tape and joint according to specification.5. Refer to standard specification. 6. Acoustic performance requires sealing between track, floor, ceiling and any other abutment joints.7. Stagger the plasterboard joints in the system. 8. Seal all joints with Siniat Jointing Compound.

12. SINIAT DRYWALL LPF 64 - F120/3 Double layer of 15mm Siniat Firecheck Board T/E fixed to each side of the framework using Siniat Drywall Screws 25mm and 41mm spaced at 220mm centres. The framework consists of Siniat Ridgeback Steel Stud 63,5mm inserted into top and bottom Siniat Super Track 65mm at 600mm centres. All joints in the plasterboard systems are staggered. Apply Siniat Fibatape and Siniat Jointing Compound to all joints in the system. Install Siniat Corner Bead to all external corners. For desired acoustic performance, seal all joints between track, floor, ceiling and any other abutment joints with Siniat Jointing Compound.


600mm.

220,

00

C: 15mm Siniat Firecheck Board



Use Siniat Drywall Screws - 25mm at 220mm c/c to fix the 1st layer boards on the 2nd layer use Siniat Drywall Screws - 41mm also at 220mm c/c


25

120 MIN FIRE RATED INTERNAL PARTITION SYSTEMNon-load-bearing drywall system15mm Siniat Firecheck Board T/E - double layer on each, with 14-18kg/m3 Glasswool


WALL PROPERTIES64mm stud 120 min fire rating Sound reduction index - 58dBThermal Value (Rw) - 0,76kg/m².W Partition width - 124mm Approximate weight - 54kg/m²Height - 3,6m

MATERIAL USEDA - Siniat Ridgeback Super Stud – Galvanised 63,5 x 35mmB - Siniat Super Track - Galvanised 65 x 24mmC - Double 15mm Siniat Firecheck Board T/ED - Siniat Drywall Screws - 25mm and 41mm - Siniat Fibatape - Siniat Jointing Compound - 14-18kg/m3 Glasswool - Floor and ceiling finishes as per specification

APPLICATION DETAIL1. Set Siniat Steel Studs spaced at 600mm c/c into steel track at floor and ceiling. 2. Apply a single layer of 15mm Siniat Firecheck Board T/E to each side using 25mm Siniat Drywall Screws spaced at 220mm c/c, stagger joints.3. Apply a second layer of 15mm Siniat Firecheck Board T/E to both sides staggering all joints, using 41mm Siniat Drywall Screws spaced at 220mm c/c.4. Tape and joint according to specification.5. Refer to standard specification. 6. Acoustic performance requires sealing between track, floor, ceiling and any other abutment joints.7. Stagger the plasterboard joints in the system. 8. Seal all joints with Siniat Jointing Compound.

13. SINIAT DRYWALL LPF 64 - F120/3/GW – 50mm Double layer of 15mm Siniat Firecheck Board T/E fixed to each side of the framework using Siniat Drywall Screws 25mm and 41mm spaced at 220mm centres, with 14-18kg/m3 Glasswool. The framework consists of Siniat Ridgeback Steel Stud 63,5mm inserted into top and bottom Siniat Super Track 65mm at 600mm centres. All joints in the plasterboard systems are staggered. Apply Siniat Fibatape and Siniat Jointing Compound to all joints in the system. Install Siniat Corner Bead to all external corners. For desired acoustic performance, seal all joints between track, floor, ceiling and any other abutment joints with Siniat Jointing Compound.


600,00

.

220,

00





C: Double 12,5mm SiniatFirecheck Board


26

120 MIN FIRE RATED INTERNAL PARTITION SYSTEMNon-load-bearing drywall system15mm Siniat Firecheck Board T/E - double layer on each side


WALL PROPERTIES102mm stud 120 min fire rating Sound reduction index - 60dBThermal Value (Rw) 0,72kg/m².W Partition width - 162mm Approximate weight - 46,5kg/m²Height - 3,6m

MATERIAL USEDA - Siniat Ridgeback Super Stud – Galvanised 102 x 35mmB - Siniat Super Track - Galvanised 103 x 24mmC - Double layer of 15mm Siniat Firecheck Board T/E - Siniat Drywall Screws - 25mm and 41mm - Siniat Fibatape - Siniat Jointing Compound - Floor and ceiling finishes as per specification

APPLICATION DETAIL1. Set Siniat Steel Studs spaced at 600mm c/c into steel track at floor and ceiling. 2. Apply a single layer of 15mm Siniat Firecheck Board T/E on both sides. Using 25mm Siniat Drywall Screws spaced at 220mm c/c, stagger joints.3. Apply a face layer of 15mm Siniat Firecheck Board T/E to both sides, staggering all joints, using 41mm Siniat Drywall Screws spaced at 220mm c/c .4. Tape and joint according to specification.5. Refer to standard specification. 6. Acoustic performance requires sealing between track, floor, ceiling and any other abutment joints.7. Stagger the plasterboard joints in the system. 8. Seal all joints with Siniat Jointing Compound.

14. SINIAT DRYWALL LPF 102 - F120/1 Double layer of 15mm Siniat Firecheck Board T/E fixed to each side of the framework using Siniat Drywall Screws 25mm and 41mm spaced at 220mm centres. The framework consists of Siniat Ridgeback Steel Stud 102mm inserted into top and bottom Siniat Super Track 103mm at 600mm centres. All joints in the plasterboard systems are staggered. Apply Siniat Fibatape and Siniat Jointing Compound to all joints in the system. Install Siniat Corner Bead to all external corners. For desired acoustic performance, seal all joints between track, floor, ceiling and any other abutment joints with Siniat Jointing Compound.


600mm.

220,

00


Use Siniat Drywall Screws - 25mm at 220mm c/c to fix the 1st layer boardsOn the 2nd layer use Siniat Drywall Screws - 41mm also at 220mm c/c


C: Double layer of 15mm Siniat Firecheck Board


27

120 MIN FIRE RATED INTERNAL PARTITION SYSTEMNon-load-bearing drywall system15mm Siniat Firecheck Board T/E - double layer on each side with 14-18kg/m3 Glasswool.


WALL PROPERTIES102mm stud 120 min fire rating Sound reduction index - 65dBThermal Value (Rw) - 0,72kg/m².W Partition width - 162mm Approximate weight - 46,5kg/m²Height - 3,6m

MATERIAL USEDA - Siniat Ridgeback Super Stud – Galvanised 102 x 35mmB - Siniat Super Track - Galvanised 103 x 24mmC - Double layer of 15mm Siniat Firecheck Board T/E - Siniat Drywall Screws - 25mm and 41mm - Siniat Fibatape - Siniat Jointing Compound - 14-18kg/m3 Glasswool - Floor and ceiling finishes as per specification

APPLICATION DETAIL1. Set Siniat Steel Studs spaced at 600mm c/c into steel track at floor and ceiling. 2. Apply a single layer of 15mm Siniat Firecheck Board T/E to both sides. Using 25mm Siniat Drywall Screws spaced at 220mm c/c, stagger joints.3. Apply a second layer of 15mm Siniat Firecheck Board T/E to both sides staggering all joints, using 41mm Siniat Drywall Screws spaced at 220mm c/c.4. Tape and joint according to specification.5. Refer to standard specification. 6. Acoustic performance requires sealing between track, floor, ceiling and any other abutment joints.7. Stagger the plasterboard joints in the system. 8. Seal all joints with Siniat Jointing Compound.

15. SINIAT DRYWALL LPF 102 - F120/1/GW – 102mm Double layer of 15mm Siniat Firecheck Board T/E fixed to each side of the framework using Siniat Drywall Screws 25mm and 41mm spaced at 220mm centres, with 14-18kg/m3 Glasswool. The framework consists of Siniat Ridgeback Steel Stud 102mm inserted into top and bottom Siniat Super Track 103mm at 600mm centres. All joints in the plasterboard systems are staggered. Apply Siniat Fibatape and Siniat Jointing Compound to all joints in the system. Install Siniat Corner Bead to all external corners. For desired acoustic performance, seal all joints between track, floor, ceiling and any other abutment joints with Siniat Jointing Compound.


600mm .

220,

00


C: Double 15mm Siniat Firecheck Board T/E



D: Use Siniat Drywall Screws - 25mm at 220mm c/c to fix the 1st layer boardsOn the 2nd layer use Siniat Drywall - 41mm screws also at 220mm c/c


28

Only side fixing is recommended and it is not recommended that fixings that rely on pull force is used. The following minimum anchors are recommended for side fixing:

* SA Pine, Grade V or higher in size as specified by the engineer. Typically floor joists and rafters are 220mm x 50mm for spans not more the 3m

Types of roof truss or floor joists Steel including light weight steel Timber

Systems with up to two layers of board One 5mm x 20mm Tek screw One 6mm x 30mm chipboard screw

Systems with up to three layers of board Two 5mm x 20mm Tek screws Two 6mm x 50mm chipboard screws

Floor roof joists

GALV.Angle Irons

Burgees Channel

Top Hat (0.56mm gauge)

GALV. Angle Iron to suit

1, 2 or 3 layers of 15mm Firecheck Board to achieve desired fire rating

1200mm Max

SINIAT FIRE RATED PLASTERBOARD LAYERED* SUSPENDED FIXED CEILING

FIRE RATED SUSPENDED CEILING SYSTEMS

1. Burgess channel at 400mm cc maximum2. Burgess channel at 1200mm cc maximum3. Suspension 25 x 25 x 0.8mm Galv Angle @ Max

400Mm cts4. Plaster To Ceilings5. 15mm Siniat Firecheck Board T/E6. 4,2 X 13 Water Tek Screws 2 Per Junction7. 14kgfm3 100mm Insulation8. Beam Lateral Support

• Beam size and specifications by others• Maximum Suspension 3m Beam• Lateral Support @ 1200 cts

FIRE RATED CEILING SYSTEMS


29

SUSPENDED CEILING TO FIRE RESISTANT WALL JUNCTION

..

Burgess Channel

SINIAT Steel Stud

20,00 mm gap600,00mm Max

5-10mm Clearance to plasterboard.Fire Sealant required to maintain fire and acoustic integrity

Top Hat

15mm SINIAT Firecheck Plasterboard, Staggered

200,00mm Max

SINIAT Steel Stud

Burgess Channel track fixed to wall at 600mm centres and 100mm from ends

5-10mm Clearance to plasterboard.Fire Sealant required to maintain fire and acoustic integrity


..

.

Burgess Channel

Fire sealant required to maintain fire and acoustic integrity600,00mm Max

5-10mm Clearance to plasterboard

50 x 50 Angle for parameter sheet support fixed to wall at 600mm centres and 100mm from ends


SINIAT Steel Stud

200,00mm Max

Burgess Channel

Fire sealant required to maintain fire and acoustic integrity

5-10mm Clearance to plasterboard

50 x 50 Angle for parameter sheet support fixed to wall at 600mm centres and 100mm from ends


SINIAT Steel Stud

..

.



30

Butt Joints on adjoining sheets may be made on the same joist for the 1st and 2nd layers only

NOTE: Butt Joints on the 1st and 2nd layers must be made on framing members

Framing at 600mm Max Centres

Stagger recessed edges by 300mm min between layers

Stagger butt joints by 600mm min between layers

Stagger butt joints by 600mm min between adjoining sheets

Float 3rd layer butt joints centrally framing members and laminate to 2nd layer

Fix sheet at wall junction at 200mm max for cornice and 150mm max for square set

SINIAT FIRE RATED PLASTERBOARD LAYERED FASTENED FIXED CEILING

Maximum centre-to-centre distance allowed between the timber supports is 600mm. The size of the timber supports need to be specified by a structural engineer.

Installation details of Firecheck Plasterboards to the burgess channel grid or to the timber joists or rafters

FIXED FIRE RATED SYSTEMS



31

SANS 10400:XA requires that the building envelope be thermally insulated. South Africa is divided into 6 climatic zones and it is required that all non-masonry external walls be compliant to the following minimum thermal resistance:- Zones 1 and 6: 2,2 m²K/W- Zones 2, 3, 4 and 5: 1,9 m²K/W

Ceilings form part of roof assemblies. Marley Building Systems can assist in the calculations of thermal resistance. The typical thermal conductivity of SINIAT plasterboards as determined by SABS testing are given below to assist thermal engineers:- Standard Plasterboard: 0,104 W.m/K- Firecheck Plasterboard: 0,129 W.m/K- Moisture Check Plasterboard: 0,107 W.m/K

Typical thermal resistance values are given for each of the various fire rated systems below to assist designers in finding a fully SABS 10400 compliant solution.

Add zones tables (attached to this document). If layout does not permit it, add the table as an appendix and refer to it in the above text.

THERMAL RESISTANCE


32

ACOUSTICS

Acoustic considerations play an exceptionally important role in creating a necessarily quiet hospital environment, one which is conducive to the recovery and privacy of patients. Such considerations include both sound isolation between spaces and sound absorption within spaces.

• Sound isolation between spaces - According to key results of research studies, as quoted in the IUSS project Health Facility Guides and dated March 2013, high levels of noise have negative physical and psychological effects on patients, disrupting sleep, increasing stress and raising blood pressure levels.

Sound transmission limits and general acoustic properties in general hospitals are required to comply with the SABS 0218, Part 1 Standard (HG “Health Buildings” category). Sound transmission (DnT, w) is determined through tests carried out in accordance with methods detailed in ISO R140 and R717 standards.

Service areas, such as kitchens, elevators, lift machine rooms, laundries, garages, maintenance rooms, boiler and mechanical equipment rooms and similar spaces generating high noise levels must receive the requisite acoustics treatment. Measured sound from ventilation systems should not exceed 40 NRdBA in all rooms and, preferably, not more than 35 NR in operating rooms.

Table 1: Minimum values for airborne sound insulation in health care buildings for higher grade (HG), DnT,w

AREA IN HEALTH CARE BUILDING

Dn

Corridors and lobbies, service areas, sterilising areas

Dental clinics, surgeries, casualty areas

General ward areas

Intensive care areas, operating theatres, single-bed wards

Kitchens Lift shafts Offices Public bathrooms and toilets

Reception areas

Staff residential areas

Stairwells Waiting rooms


43 53 58 63 48 44 48 48 48 63 43 53

Dental clinics, surgeries, casualty areas 53 53 58 63 58 54 48 53 48 63 53 53

General ward areas 58 58 53 58 63 59 53 58 53 58 58 53


63 63 58 58 68 64 58 63 58 63 63 58

Kitchens 48 58 63 68 43 39 53 53 53 68 43 58

Lift shafts 44 54 59 64 39 34 49 49 49 64 39 54

Offices 48 48 53 58 53 49 43 48 43 58 48 48

Public bathrooms and toilets 48 53 58 63 53 49 48 48 48 63 48 53

Reception areas 48 48 53 58 53 49 43 48 43 58 48 48

Staff residential areas 63 63 58 63 68 64 58 63 58 63 63 58

Stairwells 43 53 58 63 43 39 48 48 48 63 38 53

Waiting rooms 53 53 53 58 58 54 48 53 48 58 53 48

Source: SANS 10218-1:2004 - Acoustical properties of buildings


33

The information provided is intended to enable designers, architects and specifiers to select partitions that meet the acoustic requirements, having made some general assumptions. Marley Building Systems strongly recommends that a qualified acoustic consultant be appointed to check all acoustic specifications and details.

Marley Building Systems offers an extensive range of light-weight wall and ceiling systems that provide various levels of sound isolation. Healthcare buildings in particular are required to pass the most stringent technical standards to receive the necessary regulatory approvals. Siniat Plasterboard is designed to meet these critical technical specifications while ensuring design flexibility. In addition to their “green” attributes, the boards also offer fire and moisture resistance.

Table 2: Minimum values for airborne sound insulation in health care buildings for standard grade (SG), DnT,w

DnT,w - Weighted Standardised Difference (for buildings) or DnT,tr,w (for facades) single number quantity for the sound insulation of the partition in decibels

AREA IN HEALTH CAREBUILDING

Dn


Dental clinics, surgeries, casualty areas

General ward areas


Kitchens Lift shafts Offices Public bathrooms and toilets

Reception areas

Staff residential areas

Stairwells Waiting rooms

Corridors and lobbies, service areas, sterilising areas 33 43 48 53 38 34 38 33 38 53 33 43Dental clinics, surgeries, casualty areas 43 43 48 53 48 44 38 43 38 53 43 43

General ward areas 48 48 43 48 53 49 43 48 43 48 48 43Intensive care areas, operating theatres, single-bed wards

53 53 48 48 58 54 48 53 48 53 53 48

Kitchens 38 48 53 58 28 28 43 33 43 58 28 48

Lift shafts 34 44 49 54 28 24 39 29 39 54 24 44

Offices 38 38 43 48 43 39 33 38 33 48 38 38Public bathrooms and toilets 33 43 48 53 33 29 38 28 38 53 28 43

Reception areas 38 38 43 48 43 39 33 38 33 48 38 38

Staff residential areas 53 53 48 53 58 54 48 53 48 53 53 48

Stairwells 33 43 48 53 28 24 38 28 38 53 23 43

Waiting rooms 43 43 43 48 48 44 38 43 38 48 43 38

Source: SANS 10218-1:2004 - Acoustical properties of buildings


34

SOUND ABSORPTION WITHIN SPACES:

Effective reverberation, or echo control, requires treating room surfaces with sound-absorbing materials. Marley Building Systems offers a number of lightweight lining solutions for such sound absorption.

Excessive reverberation in corridors, entrance halls and stairwells may lead to higher sound levels in such areas. The objective is to effectively absorb sound in these areas, negating the possibility of interference. Generally speaking, corridors, entrance halls and stairwells should be fitted with acoustically-absorbent ceilings and/or acoustically-absorbent materials attached to walls.

Long reverberation times occur in large rooms with high ceilings and with hard wall and ceiling surfaces. By adding acoustic-absorption materials and reducing ceiling heights reduces reverberation time and improves speech intelligibility.

Siniat Acoustic Plasterboard – Pregybel, is perforated plasterboard combining superior sound absorption performance with an aesthetically pleasing design. It is available in 12,5mm x 1200mm x 2400mm configurations.

In areas where the look is considered as important as acoustic performance, Siniat Acoustic Plasterboard - Pregybel’s superior appearance provides an instant answer, bringing the benefits of both acoustics and aesthetics to the fore in areas of large open ceilings and walls.

Its sound absorption performance assists in creating a wonderful acoustic ambience, ideal for hospital environments where patient recuperation and recovery is critical.

A further benefit of this solution is the ease of installation, the result of a protective glass mat, which is glued to the back of the board, thus preventing dust emissions. This protective mat enables a simple and cost-effective one-step installation process, saving time and increasing on-site productivity.

In areas where the look is considered as important as acoustic performance, SINIAT Acoustic Plasterboard - Pregybel’s superior appearance provides an instant answer, bringing the benefits of both acoustics and aesthetics to the fore in areas of large open ceilings and walls.

Its sound absorption performance assists in creating a wonderful acoustic ambience, ideal for hospital environments where patient recuperation and recovery is critical.

A further benefit of this solution is the ease of installation, the result of a protective glass mat, which is glued to the back of the board, thus preventing dust emissions. This protective mat enables a simple and cost-effective one-step installation process, saving time and increasing on-site productivity.

NRCPlenium 100mmMineral Wool 100mm

0.73

NCRPlenium 300mmMineral Wool 100mm

0.69

Rate of perforation 13.40 %

ShapePerforationsNumber of perforations per sheet

Square10x10m8

434


36

Wet spaces in hospital facilities and specifically those used for purposes of washing, bathing or food preparation, require moisture-resistant finishes.

In accordance with regulation R158 governing hospitals, all walls within such structures are required to be covered with impervious materials.

Siniat Moisture Check Plasterboard offers the perfect solution for wall linings, especially in wet areas where water resistance is a necessity.

Siniat Moisture Check Plasterboard is available in both 12,5mm and 15mm thicknesses.

HAND BASIN DETAIL:

WET AREAS

DETAIL A

15mm Siniat Firecheck Board T/Efixed to Siniat Ridgeback Super Studusing 25mm drywall screws@ 220mm c/c maximum

Timber insert to be located intostud and fixed to allow for loadbearing requirements.

Full height studs fixed to bottomand top track.

102mm x 35mm x 0.5mm thickSiniat load bearing stud framework.Framework to be custom made on site.Number of studs to depend on the sizeof vanity, maximum stud spacing of 300mm

Glasswool Insulation

Siniat Super Track Galvanized102mm x 35mm x 0.5mm thickLoad bearing

Siniat Super Track Galvanized102mm x 24mm x 0.5mm thickand Siniat Ridgeback Super StudGalvanized 102mm x 35mm x 0.5mm thickboxed and Wafertex fixed to framework.Load bearing.


M10 bolt with sleeve forfixing steel bracket toload bearing stud framework

HAND BASIN DETAILFor heavy basins

15mm Siniat Moisture Check Board T/Efixed to Siniat Ridgeback Super Studusing 25mm drywall screws@ 220mm c/c maximum

DETAIL A


37

HAND BASIN - TOP VIEW

HAND BASIN ELEVATION DETAIL


Siniat Ridgeback Super StudGalvanized 102mm x 35mm x 0.5mm.the frame work to be fixed withWafertex screws to full height.Load bearing

Siniat Super Track Galvanized102mm x 24mm x 0.5mm thickLoad bearing


Siniat Ridgeback Super StudGalvanized 102mm x 35mm x 0.5mm thickLoad bearing.

Indicative of wash hand basin suitablyfixed onto load bearings studs

HAND BASIN

TOP VIEW

M10 bolt with sleeve fixed to both flanges of studs

HAND BASIN ELEVATION DETAIL

Indicative of hand basinsuitably fixed onto loadbearing studs

Timber nogging fixed for heavyattachments and also to stabilisethe framework.

Siniat Super Track Galvanised 103mm x 24mm x 0.5mmfixed to the floor using atleast6mm diameter nylon nail anchorto be embedded at a minimum of40mm in the concrete surface bed slopeat maximum of 600mm c/c

Siniat Ridgeback Super Stud Galvanised102mm x 35mm x 0.5mm thickfixed at the bottom & top toSiniat Super Track Galvanised103mm x 24mm x 0.5mm.Load bearing


38

TOILET DETAIL - TOP VIEW

TOILET DETAIL - ELEVATION


stud framework below to supporttoilet and cistern by contractor

102mm x 32.5mm x 0.5mmthick Siniat load bearing track

102mm x 35mm x 0.5mm thickSiniat load bearing stud


M10 bolt with sleeve fixed to bothflanges of studs

Indicative of toilet seat suitablyfixed onto load bearings studs

102mm wide x 35mm Siniatload bearing stud pop-rivetedto load bearing tracks

TOILET

Top View

AA



Tank bolt

Siniat 102mm load bearing steel studor Siniat Steel Frame stud @ 600mm c/c

Shut off

Floor Flange

Hold-down boltSoil Pipe

SIDE ELEVATION OF THE TOILET

FRONT ELEVATION

Siniat load bearing 103mmtrack and 102mm stud boxedand Wafertex fixed framework


TYPICAL DETAIL OF SECTION A-A


39

TOILET CISTERN

Cistern

Siniat Ridgeback Super Studat 600mm c/c maximum.Load bearing

Cistern fitted onto the framework

Siniat Super Track Galvanised103mm x 24mm x 0.5mmfixed to the floor using atleast6mm diameter nylon nail anchorto be embedded at a minimum of40mm in the concrete surface bed slopeat a maximum of 600mm c/c


40

SECTION OF A WALL BASE IN A SHOWER

wall base in shower area - 3d view

SECTION OF A WALL BASE IN A SHOWER

Tile adhesive (compatible with compound) and ceramic tiles.

Waterproof Compound

12.5mm Siniat Moisture Check Board T/E

12.5mm Siniat Siniat Standardboard T/E

Additional nogging to support shower base

Fix 50mm from sheet bottom. Do not fix through track concrete or compressed fibre cement floor

Fix wall lining abobe external tray

Flexible wet area sealant

Mortar bed


41


12,5mm Siniat Moisture Check Board T/Efixed to Siniat Ridgeback Super Studusing 25mm drywall screws@ 220mm c/c maximum

Flexible Wet areas sealant

Mortar bedExternal shower tray

Fix 50mm from sheet bottom do not fix through trackconcrete or compressed fibre cement floor

Additional Nogging to support shower base

Fix wall lining above external tray

2 x 15mm Siniat Firecheck Board T/Efixed to Siniat Ridgeback Super Studusing 25mm drywall screws@ 220mm c/c maximum

Waterproof Compound

Tile adhesive (compatible with waterproof compound)and ceramic tiles.

WALL BASE IN SHOWER AREA

CONTRUCTION DETAILS FOR WET AREAS

12,5mm Siniat Moisture Check Board T/Efixed to Siniat Ridgeback Super Studusing 25mm drywall screws@ 220mm c/c maximum

Motar bed

Fix 50mm from sheet bottom do not fix through trackconcrete or compressed fibre cement floor

Stiffening support for Stud

Notch stud 20mm max and Insert top bath return

Flexible Wet area sealant

12mm Siniat Standard Board T/E fixed to Siniat Ridgeback Super Studusing 25mm drywall screws@ 220mm c/c maximum

Waterproof Compound

Tile adhesive (compatible with waterproof compound)and ceramic tiles.

WALL DETAIL FOR BATH RECESS

CONTRUCTION DETAILS FOR WET AREAS


42

IMPACT RESISTANCEImpact damage to wall surfaces adds significantly to maintenance costs during the lifetime of a hospital building.

Hospital corridors are particularly susceptible to knocks by trolleys and beds being rapidly moved about, as well as by general traffic. Such walls, therefore, require the use of impact-resistant lining materials. Siniat High Impact Plasterboard solution has been specifically designed for use in busy high-traffic areas, such as hospital corridors.

The solution comprises a 12,5mm Siniat Firecheck Board T/E, lined with a 2,5mm Superflex vinyl sheeting, a fully flexible, durable sheeting suitable for use in healthcare.

IMPACT WALLING SYSTEM12,5mm Siniat Fire Check Plasterboard T/E 0,5mm Siniat Galvanised Steel between a double layer of Siniat Plasterboards.

MATERIAL USEDA - 102mm Siniat Drywall Steel StudB - 12,5mm Siniat Taper Edge Technical Firecheck board - Double layerC - 0,5mm Siniat Galvanised Steel Sheet - 103mm Siniat Drywall Steel Track - 25mm and 41mm Siniat Drywall Screws - Siniat Drywall Jointing System - Floor and ceiling finishes as per specification

APPLICATION DETAIL1. Set Siniat Steel Studs spaced at 600mm c/c into steel track at floor and ceiling.2. Apply a single layer of 12,5mm Siniat Taper Edge Firecheck Plasterboard vertical to one side using 25mm Siniat Drywall Screws spaced at 220mm c/c.3. Apply 0,5mm Siniat Galvanised Steel Sheet to each side (min 30mm overlap).4. Apply a face layer of 12,5mm Siniat Taper Edge Firecheck Plasterboard to both sides.5. Tape and joint according to specification.6. Refer to standard specification.7. Acoustic performance requires sealing between track, floor, ceiling and any other abutment joints.8. Stagger the plasterboard joints in the system.

VINYL APPLICATION DRAWINGSteel frame or load bearing system 15mm Siniat Firecheck Plasterboard – one layer each side

WALL PROPERTIES102mm stud60 min fire ratingSound insulation reduction index - 40dBThickness - 132mmApproximate weight - 24kg/m²

MATERIAL USEDA - 102mm Siniat Drywall Steel StudB - 103mm Siniat Drywall Steel TrackC - 15mm Siniat Firecheck Board T/E - 25mm Siniat Drywall Screws - Siniat Drywall Jointing System - Floor and ceiling finishes as per specification

APPLICATION DETAIL1. Set Siniat Steel Studs spaced at 600mm c/c into steel track at floor and ceiling.

600,00

.

e outer side

600,00

A. Siniat Ridgeback Super stud - Galvanised 102 x 35mmB. Double layer of 12,5mmSiniat Firecheck Boards T/E

C. 0,5mm Siniat Galavanised Steel Sheet

D. Super Track - Galvanised 103 x 24mm



Apply 2,5mm Vinylon the board (both sides)



43

Hospital walls are often required to support various types of attachments, such as medical equipment, shelves, cabinets and the like.

It is, therefore, important that such load-bearing walls perform within permissible levels of safety and serviceability.

Permissible loadings for typical steel load-bearing stud walls and shelf load configurations may be specified for individual projects.

ATTACHMENT SUPPORT:

HOW TO FIX VINYL TO SINIAT PLASTERBOARDS:

- Fix the 2,5mm Vinyl on the outer side of the boards using a suitable contact/Vinyl adhesive.- Seal the joints with Vinyl weld using heat gun.

N.B: More specification on the Vinyl fixing will be determined by the Vinyl manufacturer.

2. Apply a single layer of 15mm Siniat Firecheck Taper Edge Plasterboard to each side using 25mm Siniat Drywall Screws spaced at 220mm c/c.3. Tape and joint according to specification.4. Refer to standard specification.5. Acoustic performance requires sealing between track, floor, ceiling and any other abutment joints.6. Stagger the plasterboard joints in the system.

Wafertex screws fixed to timber

plank at 220mm maximum

Siniat Super Track Galvanized

103mm x 24mm x 0.5mm or Siniat Steel Frame track with

timber inside.

Wall cupboard

Siniat Ridgeback Super Stud

102mm x 35mm x0.5mm

at 600mm c/c maximum.

Load bearing

15mm Siniat Firecheck Board T/E

fixed to Siniat Ridgeback Super Stud

using 25mm drywall screws

at 220mm c/c maximum

WALL CUPBOARD FIXTURE


44

SERVICE SUPPORT FRAMEWORK

SERVICE SUPPORT FRAMEWORKTo support urinals, basins and rail for disabled toilets

Timber plank or 0.5mmgalvanized steel plate

Siniat Ridgeback Super Stud102mm x 35mm x0.5mmor SiniatSteel Frame stud @ 600mm c/c.Load bearing

Wafertex screws fixed to timberplank @ 220mm maximum

Siniat Super Track Galvanized103mm x 24mm x 0.5mmor Siniat Steel Frame track with timberinside.

15mm Siniat Firecheck Board T/Efixed to Siniat Ridgeback Super Stud

using 25mm drywall screws@ 220mm c/c maximum

Siniat Ridgeback Super Stud102mm x 35mm x0.5mm@ 600mm c/c maximum.Load bearing

150mm x 50mm timbersuitably fixed to studs andchannel

15mm Siniat Firecheck Boardfixed to Siniat Ridgeback Super Studusing 25mm drywall screws@ 220mm c/c maximum

Folding support rail

FOLDING SUPPORT RAIL FIXTURE


45

CURTAIN RAIL

Fix the hangers directly tothe trusses/joist. fixing detailsto manufacture specification

Curtail rail to be suspendedbelow the ceiling. Suspensionheight to architect specification.


46

ELECTRICAL TRUNKING FIXTURE

Electrical trunking to be fi

to each stud

Siniat Ridgeback Super St

102mm x 35mm x0.5mm o

Siniat Steel Frame

@ 600mm c/c maximum.

Load bearing

15mm Siniat Firecheck Bo

fixed to Siniat Ridgeback

using 25mm drywall screw

@ 220mm c/c maximum

Siniat Ridgeback Super Stud102mm x 35mm x0.5mm orSiniat Steel Frame@ 600mm c/c maximum.

Crash rail

15mm Siniat Firecheck Board T/Efixed to Siniat Ridgeback Super Studusing 25mm drywall screws

CRASH RAIL FIXTURE-For Impact

Electrical stud conduitthrough the stud hole

Grommet

Socket detail fixed to Siniat deep tracusing 2 x Wafertex screws

102mm Deep track by others

ELECTRICAL SOCKET BOX DETAIL

Service hole to be cutwith the hole saw.

Siniat Ridgeback Super Stud

102mm x 35mm x0.5mm or

Siniat Steel Frame

@ 600mm c/c maximum.

Load bearing


Siniat Super Track Galvanized103mm x 24mm x 0.5mm fixed to the floor using atleast6mm diameter nylon nail anchorto be embedded @ a minimum of40mm in the concrete surface bed slope@ maximum of 600mm c/c


47

The emergence of new strains of drug-resistant bacteria has necessitated the strengthening of infection control measures in hospitals.

Internal surfaces and finishes are considered integral to the overall management of infection control risk in healthcare buildings.

The IUSS Project document highlights the correct selection of wall finishes as the most critical of the three dimensions of wall, floor and ceiling. This is because walls are most likely to be touched by hospital occupants and wall finishes must, therefore play a role in infection prevention and control.

Siniat Plasterboard ceilings and walls, used together with Superflex Vinyl Materials, offer the easy-to-clean, smooth and seamless surface finishes necessary for effective infection control.

The solution comprises Siniat Firecheck Plasterboard lined with 1,5mm Superflex vinyl sheeting (fully flexible, durable sheeting suitable for use in healthcare), using a suitable quick-setting contact adhesive. All joints are to be sealed with vinyl weld using a heat gun.

If Siniat 102mm Load bearing Stud, 15mm Firecheck Plasterboards and 2,5mm Superflex sheeting are used in the solution above, the wall will be able to withstand severe impact.

INFECTION CONTROL AND HIGH PRESSURE CLEANING

Ease of repair and maintenance is an important consideration when selecting hospital wall and ceiling linings. Hospital walls are often subject to impact from stretchers and general traffic. The use of appropriate Siniat partitioning and ceiling solutions can reduce the risk of damage and thus the maintenance costs over the lifetime of a hospital. Siniat’s exposed grid ceilings and access hatch provide an effective solution where equipment and services need to be accessible for maintenance purposes.

The issue of cleaning is connected to infection prevention & control, therefore materials selected for use should be robust in order to withstand regular cleaning

MAINTENANCE AND CLEANING:A: Siniat Ridgeback Super Stud Galvanised 102mm x 35mm x 0.5mm

100mm Insulation


Apply 1,5mm Vinylon the board (both sides)

B: Siniat Super Track Galvanised103mm x 24mm x 0.5mm


48

VINYL CEILING TILESSiniat ceiling tiles are a range of ready to use plasterboard ceiling tiles available in various patterns and textures.

The Siniat Ceiling Tiles are superb for modern building decoration without further painting and are easy to keep clean. Available in square edge or revealed edge for lay-in ceiling installations.

Marley Building Systems has established a reputation for high quality ceiling tiles. These tiles are manufactured with our quality Siniat plasterboard. When coupled with our Gridlock ceiling grid, the solution provides a high quality aesthetic ceiling that is quick and easy to install.

SUPPORT STRUCTURETo ensure a high standard of finish, it is essential that the supporting structure is accurate and sound. Additional supports are required at positions of light fittings. Air conditioners/ventilating equipment are not to be supported from ceiling grid and must have their own support system.

Siniat Plasterboard consists of an aerated gypsum core firmly bonded on both sides with a special plasterboard liner. These characteristics of gypsum provide plasterboard with outstanding advantages over other flat sheet materials.

GENERAL DESIGN CRITERIAMarley Building Systems has established a reputation for high quality ceiling tiles.

The information contained in this brochure serves as a general guide. Architects, engineers and specifiers must approve the final design and construction criteria, as well as other implications on site.

SUPPORTING STRUCTURETo ensure a high standard of finish, it is essential that the supporting structure is accurate and sound. Additional supports are required at positions of light fittings. Air conditioners/ventilating equipment must not to be supported from ceiling grid and must have their own independent support system. (This paragraph appears above).

FIXING ACCESSORIESA complete range of Siniat Ceiling Grid ceiling tees is available. Please

refer to the Siniat Ceiling Grid part of this brochure. Hold down clips must be used in areas where wind updraft could cause tiles to lift, or where light tiles will be used, <3kg.

ADVANTAGES• Lighter mass - 9mm 6,8 kg/m2 - 12mm 8,8 kg/m2• Easy to handle• Quick to install• Vinyl laminate• Easy to clean• Easy to cut• Siniat Ceiling Grid deflection - SABS 7228 15 EMT01 • Sag Test BS8290• Sag Test TDC M03-TOC-022D• SABS/ASTM 367-89• 7228/013/MT01/REVA• 5544/1 58C/MTO1• 7228/1 58C/MTO1• 7228/112A/MT01• Pull Test Siniat TDC M02-TDC-023-D

HANDLING AND STORAGECare should be taken to ensure that the Siniat ceiling tiles are not dropped or subjected to rough handling. Siniat ceiling tiles should be stored in a dry area. The stacks must be packed on suitable timber supports, maximum 400mm apart and off the ground.

A level, clean, dry storage area must be made available for this purpose. Special care should be taken to ensure that the tile finish is not soiled or damaged during handling. Vinyl tiles can be cleaned with a mild detergent if necessary.

VINYL CEILING TILES


49

VINYL TILE CODE NOMINAL DIMENSION THICKNESS TYPE

JVT LRJVT LR

1 200mm x 600mm600mm x 600mm

9mm6.6kg/m2 Square Edge

JVT LRJVT LRJVT LR

1 200mm x 600mm600mm x 600mm

1 500mm x 500mm


JVT LFJVT LF

1 200mm x 600mm600mm x 600mm


JVT LFJVT LFJVT LF

1 200mm x 600mm600mm x 600mm

1 500mm x 500mm


JVT SWHJVT SWH

1 200mm x 600mm600mm x 600mm


JVT SWHJVT SWHJVT SWH

1 200mm x 600mm600mm x 600mm

1 500mm x 500mm


Reef

Fissured

Shell White

ADVANTAGES• Light-weight• Durable• Well decorated surface• Easy to use and quick to install• 91% light reflection (perforated tiles)• Non combustible, fire retardant core

APPLICATIONS• Offices• Schools• Conference centres• Department stores• Factories• Hospitals

* Fissured tiles have directional patterns.Vapour barriers can be laminated to the back ceiling tiles as an optional extra for humid areas.

SINIAT VINYL CEILING TILES


50

HYGIENE CEILINGSOWAcoustic® SANITAS 02

Material Mineral Wool

Reaction to fire A2-s1,d0 (EN 13501-1)

Thickness 15 mm nom.

Colour White

Light reflection approx. 91 (ISO 7724-2, ISO 7724-3), (Plain 9)

Sound insulation*35 dB – 49 dB (Plain 9)31 dB – 49 dB (Constellation 3)

Sound absorption

w = 0.15 / NRC = 0.15 (Plain 9)

vw = 0.70 / NRC = 0.70 (Constellation 3)

Moisture resistance Up to 95 % RH

Fire resistance* Up to REI 180 (EN 13501-2)

Developed specifically for sensitive areas where hygiene is important, Sanitas 02 provides effective anti-bacterial and fungicidal resistance to both the decorative and reverse surface of the tile for the life of the ceiling.

APPLICATIONS• Hospitals - Wards, minor surgical units, consulting rooms, etc.• Laboratories• Sterile and hygienic areas

CLEANINGThe surface of the tile can be vacuum-cleaned using a soft brush attachment and/or cleaned with a damp OWA sponge* without loss of the tiles’ hygiene properties.

*(tested to 500 cleaning cycles in accordance with the Gardner test)

DISINFECTIONCertificate of Hygiene from the German Association of Hygiene and Microbiology (DGHM) is available on request.

A report on the behaviour of Sanitas 02 ceiling tiles when subjected to microbiological contamination is available on request.

EMISSIONSOWA Mineral Wool Tiles are low-emission building materials and have achieved the German environmental “Blue Angel” classification confirming that they are manufactured from harmless raw materials (certified by RAL GmbH, Sankt Augustin).


51

THERMATEX Alpha Hygena is a newly developed mineral acoustic ceiling tile with a tissue facing. As a wet-felt mineral tile it has excellent physical properties, assisting handling and installation.

ACOUSTICSTHERMATEX Alpha Hygena provides Class A sound absorption to BSEN ISO 354 with a w rating of 0.90, as well as an NRC of 0.90.

RESISTANCE AGAINST BACTERIA AND FUNGI The Hygena’s anti-microbial treatment provides anti-fungal and anti-bacterial effects, making it ideal for use in hospitals, healthcare facilities, kitchens, laboratories and pharmaceutical companies.

PERFORMANCE CEILINGS More scope for innovation

THERMATEX Alpha Hygena is a new ceiling tile providing high sound absorption. The light weight and perforations of the core board have created a Class A sound absorber. With a strong white surface, the appearance of THERMATEX Alpha Hygena is smooth and elegant. New generation bio-soluble mineral wool, clay and starch contribute to the excellent acoustic performance.

THERMATEX ALPHA HYGENA

SYSTEM C Exposed system, demountable ceiling

Dimensions 600 x 600 mm, 625 x 625 mm,

Thickness / Weight 19mm (c. 3.0 kg/m²)

Colour white similar RAL 9010

Edge details SK, VT-S 15/24


52

THERMATEX ALPHA HYGENA

All information provided is current technical data. All relevant test reports, assessments and installation guidelines are to be considered. All system details conform to current technology.

TECHNICAL PERFORMANCE

Reaction to fire A2-s1,d0 as per EN 13501-1

Fire protection F30 - F90 as per DIN 4102 part 2 (according to test certificate)

Sound absorption EN ISO 354w = 0.90 as per EN ISO 11654NRC = 0.90 as per ASTM C 423

Sound attenuation Dn,c,w = 26 dB as per EN 20140-9 (thickness 19 mm, according to test certificate)

Light reflectance up to 88%

Thermal conductivity = 0.040 W/mK as per EN 12667

Humidity up to 95% RH ƒ


53

In accordance with the norms and standards for healthcare facilities, radiation protection and shielding must be installed for the adequate protection operators, staff, patients and the general public.

The installation of radiation shielding must comply with the provisions of the Radiation Control Board, with walls, ceilings, floors and doors complying with requirements in order to prevent the escape of radioactive particles.

SUPPORT STRUCTURES Ceilings must be structurally designed to accommodate ceiling-mounted equipment. If the space above is occupied, the intervening floor/ceiling slab must be a minimum of 100mm thick.

The bonding of lead sheeting to plasterboard produces a panel particularly suited to dry-lining partitions and may be installed as an inner layer where a fire rating is required.

X-RAYS

WALL APPLICATION FOR X-RAYS

Lead plate to be specifiedby competent person.

41mm Siniat Drywall Screws at 220mm c/cmaximum. Screw heads to be covered

Use Siniat Fibatape and Siniat Jointing Compund to cover the all the joints.

25mm Siniat Drywall Screws at 220mm c/cmaximum. Screw heads to be coveredwith lead strip bonding.

Siniat Jointing Compund to bondthe two outer boards, using the Siniat Drywalling specification.

Triple layers of 15mm Siniat Firecheck Board T/Efixed to Siniat Ridgeback Super Stud.

WALL APPLICATION FOR X-RAY N.B - All joints to be covered using Siniat Fibatape and Siniat Jointing Compund- No screws to be used on the outer board.


54

Plasterboard is finished using plaster compounds, with either a final float finish or sanded surface being achieved before finally painting for the attainment of a smooth and even appearance.

No building lining system has a surface which is perfectly flat and imperfection-free.

However, by paying close attention to framing, plasterboard sheet orientation, paint finishes and lighting conditions, it is possible to attain the perception of flatness. The range of plaster compounds, when applied to specification, will further assist in achieving finishes as specified.

FINISHING

X-RAY DETAIL

CONCRETE SLAB

Lead plate to be specifiedby competent person.

41mm Siniat Drywall Screws at 220mm c/cmaximum. Screw heads to be coveredwith lead strip bonding

25mm Siniat Drywall Screws at 220mm c/cmaximum. Screw heads to be coveredwith lead strip bonding

Glasswool Insulation

Siniat Jointing Compound to bondthe two outer boards, using the Siniat Drywalling specification.

Use Siniat Fibatape and Siniat Jointing Compound to cover all the joints.

Triple layers of 15mm Siniat Firecheck Board T/Efixed to Siniat Ridgeback Super Studs Galvanised

Siniat Super Track Galvanised 103mm x 24mm x 0.5mm fixed to the floor using atleast 6mm diameter nylon nail anchor to be embedded at a minimum of 40mm in the concrete surface bed slope at maximum of 600mm c/c X-RAY ROOMS


55

GAUTENG BRANCHES

Alrode Office18 Barium Street, Alrode Ext 7, 1450PO Box 167025, Brackendowns, 1454Tel: (27 11) 389 4500Fax: (27 11) 864 6816

Roodekop2 Setchell Road, Roodekop, 1401PO Box 167025, Brackendowns, 1454Tel: (+27 11) 865 2390Fax: (+27 11) 865 2398Contact Person: Riana van Staden

East RandJamela Park, No. 60 Denne Road,Hughes Ext 21, BoksburgPO Box 167025Brackendowns, 1454Tel: (+27 11) 826 1707Fax: (+27 11) 826 1708Contact Person: Karin Van Der Nest

Pretoria12A WF Nkomo, Pretoria Central, 0001PO Box 48159, Hercules, 0030Tel: (+27 12) 325 2408Fax: (+27 12) 325 2409Contact Person: Sonja Francis

Pretoria East219B Battery Street, Willows Business Park,Silverton, Pretoria, 0127Tel: (+27 12) 803 1772Fax: (+27 12) 325 2409Contact Person: Sonja Francis Francis

TroyevilleNo. 24th Street, Doornfontein, JohannesburgTel: (+27 11) 402 4747Fax: (+27 11) 402 4749Branch Manager: Aleacia Williams

WynbergCnr Andries North & Chadwick Street, Wynberg,SandtonTel: (+27 11) 444 8020Fax: (+27 11) 444 8077Contact Person: Ezekiel Chiloane

COASTAL BRANCHES

Cape TownRochester Road, Philippi, Cape Town, Western CapeP.O. Box 494, Gatesville, 7766, RSATel: 021 374 1018Fax: 086 543 3984Email: [email protected] Person: Juliano Amodio

DurbanUnit 1 Grid Zone Office Park, 57 River Horse Road,River Horse ValleyTel: (+27 31) 512 5054/5/6/7Fax: (+27 31) 512 5175Contact Person: Monica Govender

Tongaat (KZN)35-37 Edmund Morewood Road, Trurolands,KwaZulu-NatalP.O. Box 1111, Tongaat, 4400, RSATel: 032 944 4155Fax: 032 944 7796Email: [email protected] Person: Pravin Mooruth

GeorgeUnit 52, Ivory Street, Tamsui Industria, GeorgeTel: (+27 44) 878 1578/1461Fax: (+27 86) 506 1938Branch Manager: Tamarind Boshoff

Port ElizabethCnr Fettes Road & Harrower Road, North End,PO Box 2788, North End, Port Elizabeth, 6056Tel: (+27 41) 373 2295Fax: (+27 41) 373 0075Contact Person: Gordon Stanic

INLAND BRANCHES

Bloemfontein9 Pine Street, Old Industrial Area,Bloemfontein, 9300, PO Box 692Tel: (+27 51) 447 1024Fax: (+27 51) 447 1074Contact Person: Mario Lategan

Nelspruit4 Bosch Street, Nelspruit, MpumalangaTel:(+27) 13 755 2791Fax :( +27) 13 755 2837Email: [email protected] Person: Brandon Young

PolokwanePlot 4, Myngenoegen, PolokwaneTel: (+27) 15 263 6070Fax: ( +27) 86 527 7597Email: [email protected] Person: Jorrie Jordaan

BronkhorstspruitGalena Street, EkandustriaPO BOX 1118, Bronkhorstspruit, 1020Tel: (+27) 13 933 3351Fax: (+27) 13 933 3436Email: [email protected] Person: Zane Richards

EXPORT BRANCHES

BotswanaPlot 22016 Unit B & C, Gaborone, West Industrial,PO Box AE366, AEH Gaborone, BotswanaTel: (00 267) 316 7732/34Fax: (00 267) 316 7753Contact Person: Reginah Kapembwa

MaputoRua Das Estancias 344, Warehouse 3 & 4, Maputo,MoçambiqueTel: 00 258 213 10063Fax: 00 258 213 10068Contact Person: Ellah Jeyacheya

Namibia31 Copper Street, Prosperita, Windhoek, NamibiaTel: +264 61 24 9558Fax: +264 61 24 9285Sales: Natasha Dentlinge

BRANCHES


56


57

NOTES


58

NOTES


59

Head Office44 Industry Road, Clayville Ext 4, Olifantsfontein 1666

PO Box 127, Olifantsfontein, 1665Tel: (27 11) 316 2121

Fax: (27 11) 316 4138Email: [email protected]

www.marleybuildingsystems.co.za

Documents

Health Sector Brochure 15082016 LOW RES.compressed · 2016-10-04 · Fire Regulations. All our wall systems have been tested using the methods prescribed in SANS:10177 part II for