Reflectix®

Reflective foil bubble material

Superior Multi-layer Reflective Insulation

Reflectix® – Reflective Insulation

What is Reflectix®?Reflectix® is a multi-layer reflective insulation consisting of two external, high purity layers of aluminium foil covering layers of AirCap® bubble and Cell-Aire® polyethylene foam.

Reflectix® technology was initially created by NASA, used as protective insulation material for astronaut suits. It was soon recognised as an excellent heat insulation product, widely used in construction.

Anti-corrosion layer

High purity aluminium foil

AirCap® bubble

Cell-Aire® Polyethylene Foam4

3

2

1

How is heat transferred?There are three ways heat moves from warm to cool regions:

● Radiation – electromagnetic transfer of energy through space.

● Convection – heat flow transferred by the movement of air.

● Conduction – heat flow through a fluid or solid material.

ConvectionConduction

RadiationRadiation

The story behind the technology

Radiation

Convection

Conduction

According to an analysis performed at Penn State University, approximately 75% of total heat transfer in structures occurs through radiation. The foil in Reflectix® reflects 95 - 97% of the radiant energy striking it.

An example of down heat flow is through the floor in the winter or through the attic in the summer. Up heat flow is through the ceiling in the winter. Side heat flow refers to heat loss through the walls.

There are three heat transfer directions

The benefits of aluminium?Compared with other surface materials, aluminium foil has superior reflectivity:

Surface material Reflectivity (%)

Aluminium foil 95% - 97%

Asphalt 2% - 10%

Brick 7%

Concrete 5% - 15%

Glass 5%

Limestone 10% - 84%

Marble 7%

Paper 8%

Plaster 9%

Steel 88%With Reflectix® Without Reflectix®

How does Reflectix® work?While the aluminium reflects up to 95-97% of heat transferred via radiation, AirCap® and Cell-Aire® provide the necessary mechanical strength to the final product.

They also give additional thermal resistance to heat transferred via conduction.

According to U.S. Reflective Insulation Manufacturers Association (R.I.M.A.), heat transmitted via radiation represents at least 50% of all heat transferred in nature. Traditional thermal insulation like foam or fibres are resistant to heat transferred via conduction, but are unable to reflect more than 30% of the heat transmitted via radiation.

Down Heat Flow %

10

20

30

40

50

60

70

80

90

100

Side Heat Flow %

10 20 30 40 50 60 70 80 90 100

65% to 80%

15% to 28%

Up Heat Flow %

100

90

8050% to

75%70

60

50Up to 45%

40

30

20

10

50% to75%

Up to45%

85% to80%

Up to 93%

5 to 7%

15% to28%

5%to

7%

5 to 7%

Why choose Reflectix®?

Features & benefits of Reflectix®

Being an energy and cost effective insulation product, Reflectix® is one of the most versatile building materials on the market today. Ideal for new construction or retrofit installation in commercial or domestic structures Reflectix® delivers unsurpassed benefits:

Lowers heating and cooling costs● Reflects 95 - 97% of radiant energy● Controls condensation

Lowers insulation cost● Easy to install● Permanent and maintenance free● Durable and lightweight● Does not compress, collapse or disintegrate● Does not promote nesting or rodents● Not affected by moisture or humidity

Lowers recycling cost● Environmentally safe● Non-toxic/non-carcinogenic● Fibre-free

Material Gauge (in mm) R-Value U-Value

Reflectix® DB 10mm 0.90 1.110

Mineral Fibre 25mm 0.750 1.33

Tile 20mm 0.044 22.73

Coating 2mm 0.027 37.04

Brick 120mm 0.267 3.75

Concrete 200mm 0.114 8.77

Extruded Polystyrene 30mm 1.071 0.93

Extruded Polystyrene 50mm 1.613 0.62

Polyurethane 25mm 0.836 1.20

Fibreglass 30mm 1.000 1.00

Fibreglass 50mm 1.666 0.60

Source: Reflective Insulation Manufacturers Association (R.I.M.A.)

Compare the valuesR valuesR values rate how much heat loss the material resists from passing through.

U-valuesU-values rate how much heat the component allows to pass through it.

R values rate one single material while U values measure entire components. For example R values measure how much heat loss passes through fibreglass insulation while U values rate how much heat can pass through a window component (glass, air, vinyl sash).

R = m2K/W U = W/m2KConverting a U value to a R value is as simple as: R = 1/U. So a U value of 1.110 would equal a R value of 0.90

The versatility of Reflectix®

The versatility of Reflectix® means that it is the ideal solution for a number of applications from domestic attics to insulating cartons for shipping. The possibilities are endless.

BASEMENTCRAWL SPACE

ATTIC AND ROOF

UNDERFLOOR HEATING

Being easy to install Reflectix® is suited for use by both the competent DIY-ers and the Professional Contractors:

UNDERFLOOR HEATING

ATTIC AND ROOF

EXTERIOR WALLS

CRAWL SPACE

BASEMENT PIPES AND DUCTS

INTERIOR WALLS

RADIATOR

PIPES AND DUCTS

INTERIOR WALLS EXTERIOR WALLS

RADIATOR

Non construction applications ShippingOne area where temperature can be an issue is during the shipping of your product. You can use Reflectix® not only to cover the walls of your truck but you can also use sheets of our material to cover your boxes. It is ideal for shipping anything from fish to pharmaceuticals.

HobbyEver thought of insulating your caravan or mobile home? Reflectix® can make your trip even more comfortable during hot summers or cold winters. Apply our Reflectix® SB to the walls or the top and either save energy in winter or keep cool in summer.

Metal buildings applications For roof and wall insulation, Reflectix® is a quick and easy, high performance and cost effective solution for agricultural and commercial buildings.

The versatility of Reflectix®

More Proven Applications

Perishable Foods● Seafood, Meat and Poultry● Beverages i.e. wine, juices● Gourmet Foods● Baked Goods● Dairy i.e. ice cream, milk,

cheese● Confectionary i.e sweets and chocolates

Medical● Pharmaceutical ● Healthcare● Biotechnology● Blood Transport● Clinical Labs● Cryogenic Research● Organ Transporting● Medical Supplies (implants)● Prescription Labs● Genetics, DNA

Scientific/Industrial● Chemicals● Adhesives● Bio Chemicals● Solders● Ink Manufacturers

Animal Health● Animal Fluids● Animal Labs● Veterinarian Products and

Supplies● Dead Animal Removal

Other● Flowers● Cosmetics/Perfumes● Tropical Fish● Freight Companies● Banquet Facilities

For extended protection of extremely perishable products, dry ice and or other refrigerants can be placed in a package without damage to the liner.

REPORT NO.: 26315-2.a. Page 1 of 7

TEST REPORT

CLIENT: SEALED AIR PACKAGING, S.L.

APPLICANT: MANEL PEÑARROYA

ADDRESS: HOSTAL DEL PI, 16 POL. IND. BARCELONÉS 08630 ABRERA (SPAIN)

MATERIAL TESTED: REFLECTIVE INSULATION REF. "REFLECTIX®DB+ (DOUBLE BUBBLE PLUS)"

PURPOSE OF THE REQUEST: THERMAL RESISTANCE TEST (UNE-EN ISO 8990:1997)

DATE OF RECEIPT: 30.09.2010DATE OF TEST COMMENCEMENT: 27.10.2010DATE OF TEST COMPLETION: 27.10.2010DATE OF ISSUE OF REPORT: 03.11.2010

The results compiled in this report refer only to the material received and submitted to testing at this Research Centre on the dates indicated.

This report consists of seven (7) pages and may not be reproduced without the express authorisation of CIDEMCO, unless when done so in full.

Nerea Berra Energy Efficiency in Building Manager Architecture and Construction Technology

Sergio Saiz Energy Efficiency in Building Manager Architecture and Construction Technology

CIDEMCO-Tecnalia

Área Anardi, nº 5

Apartado 134 P.O. Box

E-20730 Azpeitia (Guipúzcoa) / Spain

Tel.: +34 943 81 68 00

Fax: +34 943 81 60 74

www.cidemco.es

cidemco@cidemco.es

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Certification

Technical data and certification

Product Type Reflectix® SB(single bubble)

Reflectix® DB (double bubble)

Reflectix® DB+ (double bubble Plus)

Description

Top layer: Alu Foil

Middle Layer: AirCap® bubble

Bottom layer: Alu Foil

Foil+AirCap®+Cell-Aire® 1,5mm +AirCap® + Foil

Foil+AirCap® + Cell-Aire®

5,0mm+AirCap® +Foil

Nominal Thickness 4,0mm (±10%) 9,5mm (±10%) 13,0mm (±10%)

Aluminium Foil Thickness 8MY + 25MY PE 8MY + 25MY PE 8MY + 25MY PE

Aluminium Foil Purity 99,9% 99,9% 99,9%

Aluminium Foil Reflectivity 95-97% 95-97% 95-97%

Foil Anti-corrosion coating NC lacquer NC lacquer NC lacquer

AirCap® bubble density 90 gr/m2 (±5%) 90 gr/m2 (±5%) 90 gr/m2 (±5%)

Total Product Density 200 gr/m2 (±5%) 310 gr/m2 (±5%) 360 gr/m2 (±5%)

Rolls Size 1,20m x 50m = 60m2 1,20m x 25m = 30m2 1,20m x 20m = 24m2

U Value 1,30 W/m2K 1,11 W/m2K 1,15 W/m2K

Test Method UNE-EN ISO 8990:1997 UNE-EN ISO 8990:1997 UNE-EN ISO 8990:1997

Institution tested Cidemco/Spain Cidemco/Spain Cidemco/Spain

Flame Resistance B2 B2 B2

Test Method DIN 4102 DIN 4102 DIN 4102

Institution tested Firelabs/Germany Firelabs/Germany Firelabs/Germany

TEST REPORT

CLIENT:

APPLICANT:

ADDRESS:

MATERIAL TESTED:

PURPOSE OF THE REQUEST: (UNE-EN

DATE OF RECEIPT: DATE OF TEST COMMENCEMENT: DATE OF TEST COMPLETION: DATE OF ISSUE OF REPORT:

The results compiled in this report refer ontesting at this Research Cent

This report consists of seven (7) pages and may not be reproduced without the express authorisation of CIDEMCO, unless when done so in full.

TEST REPORT

CLIENT:

APPLICANT:

ADDRESS:

MATERIAL TESTED:

PURPOSE OF THE REQUEST: (UNE-EN

DATE OF RECEIPT: DATE OF TEST COMMENCEMENT: DATE OF TEST COMPLETION: DATE OF ISSUE OF REPORT:

The results compiled in this report refer ontesting at this Research Cent

This report consists of seven (7) pages and may not be reproduced without the express authorisation of CIDEMCO, unless when done so in full.

Nº INFORME: 26315-2. Hoja 1 de 7

INFORME DE ENSAYO

CLIENTE: SEALED AIR PACKAGING, S.L.

SOLICITANTE: MANEL PEÑARROYA

DIRECCIÓN: HOSTAL DEL PI, 16 POL. IND. BARCELONÉS08630 ABRERA (SPAIN)

MATERIAL ENSAYADO: AISLANTE REFLEXIVO REF. «REFLECTIX®DB+ (DOUBLE BUBBLE PLUS)»

OBJETO DE LA PETICIÓN: ENSAYO DE RESISTENCIA TÉRMICA (UNE-EN ISO 8990:1997)

FECHA DE RECEPCIÓN: 30.09.2010FECHA DE INICIO DEL ENSAYO: 27.10.2010FECHA DE FINALIZACIÓN DEL ENSAYO: 27.10.2010FECHA DE EMISIÓN DEL INFORME: 03.11.2010

Los resultados recogidos en este informe solo se refieren al material recibido y sometido a ensayo en este Centro de Investigación en las fechas indicadas.

Este Informe consta de siete (7) páginas y no podrá ser reproducido sin la autorización expresa de CIDEMCO, excepto cuando lo sea de forma íntegra.

Nerea Berra Eficiencia Energética en la Edificación Arquitectura y Tecnologías para la Construcción

Sergio Saiz Resp. Eficiencia Energética en la Edificación Arquitectura y Tecnologías para la Construcción

CIDEMCO-Tecnalia

Área Anardi, nº 5

Apartado 134 P.O. Box

E-20730 Azpeitia (Guipúzcoa) / Spain

Tel.: +34 943 81 68 00

Fax: +34 943 81 60 74

www.cidemco.es

cidemco@cidemco.es

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Nº INFORME: 26315-2. Hoja 1 de 7

INFORME DE ENSAYO INFORME DE ENSAYO

CLIENTE: CLIENTE:

SOLICITANTE: SOLICITANTE:

DIRECCIÓN: DIRECCIÓN:

MATERIAL ENSAYADO: MATERIAL ENSAYADO: MATERIAL ENSAYADO: MATERIAL ENSAYADO:

OBJETO DE LA PETICIÓN: OBJETO DE LA PETICIÓN: OBJETO DE LA PETICIÓN: OBJETO DE LA PETICIÓN: (UNE-EN (UNE-EN (UNE-EN (UNE-EN

FECHA DE RECEPCIÓN:FECHA DE INICIO DEL ENSAYO:FECHA DE FINALIZACIÓN DEL ENSAYO:FECHA DE EMISIÓN DEL INFORME:

Los resultados recogidos en este informe solo se refieren al material recibido y sometido a ensayo en este Centro de Investi

Este Informe consta de siete (7) páginas expresa de CIDEMCO, excepto c

Nerea Berra Eficiencia Energética en la Edificación Arquitectura y Tecnologías para la Construcción

Área Anardi, nº 5 Área Anardi, nº 5

Apartado 134 P.O. Box Apartado 134 P.O. Box

E-20730 Azpeitia (Guipúzcoa) / Spain E-20730 Azpeitia (Guipúzcoa) / Spain

Tel.: +34 943 81 68 00 Tel.: +34 943 81 68 00

Fax: +34 943 81 60 74 Fax: +34 943 81 60 74

www.cidemco.es www.cidemco.es

cidemco@cidemco.es cidemco@cidemco.es

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