Conclinic brochure

Total Solutions ofRepair & Retrofit of the Facilities

Infrastructures, Buildings and Marine StructuresInfrastructures, Buildings and Marine StructuresInfrastructures, Buildings and Marine StructuresInfrastructures, Buildings and Marine Structures

Company Introduction

Conclinic Since 1996Conclinic Since 1996Conclinic Since 1996Conclinic Since 1996

Company HistoryCompany HistoryCompany HistoryCompany History

Business FieldBusiness FieldBusiness FieldBusiness Field

Organization Organization Organization Organization

Business Licenses & CertificatesBusiness Licenses & CertificatesBusiness Licenses & CertificatesBusiness Licenses & Certificates

Major Experiences SummaryMajor Experiences SummaryMajor Experiences SummaryMajor Experiences Summary

R & D ProjectsR & D ProjectsR & D ProjectsR & D Projects

Overseas Business RelationsOverseas Business RelationsOverseas Business RelationsOverseas Business Relations

Major CustomersMajor CustomersMajor CustomersMajor Customers

Conclinic since 1996

Conclinic, established in 1996, was the first company in Korea to develop and

apply the new technology of fiber glass composite retrofit system and obtained

Government New Excellent Technology Certificate for use of the technology.

For 10 years, Conclinic successfully completed a variety of repair and retrofit

works on infrastructures and buildings on approximately 300 projects including

bridge, tunnel, pier and wharf, power plant, railway, subway, sewer and drain

box, military facility, hotel, hospital, residential facility projects. Thus, Conclinic

has gained a wide variety of experience and is the leading company in the

application of structural repair and retrofit technology.

In addition to project commission works, Conclinic has invested large amount of

gross sales revenue every year on R & D works for technology, application and

products development in conjunction with the top universities and research

centers. Up to the present there are over 50 R&D projects have been completed

and some are under way. Through years of these efforts, Conclinic now holds

over 20 patents for new technology in the facility repair and retrofit field.

A research center has been built to conduct studies in structural design,

products and application development. The research center has produced

many talented top professionals in the field domestically. Through the center,

Conclinic continues to benefit by exchange of latest technologies with

companies and research centers in the US, Canada, Singapore, Finland,

Germany, Japan, etc. With the latest technologies at hand, Conclinic is

undeniably the leading domestic company in its field.

Since it was established ten years ago, Conclinic has been solidly committed

to the use of appropriate top technology, quality service and professionalism,

with priority on our client needs. Conclinicwill continue to develop new

technologies in our research. Conclinic is confident that with our in–depth

experience, and is prepared to deliver value–added service for projects in

Middle East, China, Vietnam, Philippine and other developing nations with

world’s latest technological services.

Company History

1996199619961996––––1998199819981998

� Established Poonglim Bond Ltd.

� Made an exclusive distribution agreement for TYFO System withComposite Retrofit International Co., Canada

� Acquired the specialized contractor’s license for the FacilityMaintenance works in Korea

� Changed company name to Poonglim Fibrwrap Construction Co., Ltd.

1999199919991999––––2000200020002000

� Made an exclusive distribution/application agreement forSURTREAT System

�Awarded New Excellent Technology License No.233 for glass fibercomposite system

� Change company name to Conclinic Co., Ltd.

� Technical cooperation agreement with WJE , USA

� Accredited venture business certificate by Korea Small and MediumBusiness Administration (No. 2000113268–4376)

� Acquired the overseas specialized contractor’s license for the Facility Maintenance works in Korea (No. 9)

2001200120012001––––2002200220022002

� Acquired license for the Pavement works (KangDong No. 01–16–02)

� Accredited industrial R&D center license by Korea IndustrialTechnology Association

� Extended validity of venture business by Korea Small and MediumBusiness Administration( No. 021132033–3–10341)

2003200320032003––––2004200420042004

� Technical cooperation of water jet method with Wannenwetsch Co., in Germany

� Extended validity of New Excellent Technology License No. 233

� Awarded New Excellent Technology License No. 402

� Established Fyfe Korea Co., Ltd

� Established Keller Water Jet Co., Ltd.

� Extended validity of venture business license by Korea Small andMedium Business Administration (No. 041132033–4–01516)

2005200520052005––––2007200720072007

� Awarded a prize for contribution of the national railroad constructionby Korean Minister of Construction & Transportation

� Accredited ISO 9001 : 2000 Quality management system standards

� Selected as the Best–Partner by Korea Credit Guarantee Fund

� Agreement on tensioning technology of CFRP plate with KoreaInstitute of Construction Technology

2008~20122008~20122008~20122008~2012�Established Joint-Venture Companies in Saudi Arabia, Philippineand Viet Nam , Azerbaijan

Business Field

Facility Maintenance

�� Repair and retrofit of infrastructures such as bridge,

tunnel, piers and wharf, subway, power plant, sewer

and drain box, culvert, tank, silo and etc.

�� Repair and retrofit of buildings such as apartment

house, high–rised building, industrial building,

parking building, and etc.

�� Repair and retrofit of underwater and marine structures

�� Water–stopping of underground structures such as]

tunnel, subway, underground passage and box,

dam/reservoir and etc.

�� Repair and retrofit of underground sewer, drain and

water pipe, manhole and etc.

�� Repair and retrofit of pavement such as road, bridge,

runway and etc.

Hydrodemolition by Water Jet with no impact on the existing structure

Remodeling of buildings

Development, production and sales of retrofit and repair

materials

Inspection, design / engineering and consulting on facility maintenance and problems

Organization

PMO

Portfolio Management office

R & D Center

TechnologyDevelopment

Intellectual Property

management

ProductsDevelopment

Laboratory

CEO &Management

Planning &Marketing

Planning

Sales /Marketing

Engineering &Construction

Design /Engineering

Construction Management

Quality Control

Projects

Administration &Financing

Administration

Procurement /Logistics

AcountingLocal Branches

Legal Advisors

* PMO(Portfolio Management Office) strategically controls and manages priority of projects

and programs in compliance with the company long–term goals and vision.

Conclinic Saudi Arabia

Conclinic Vietnam

Conclinic Philippine

Azerbaijan office Will be set up in the near futureWill be set up in the near futureWill be set up in the near futureWill be set up in the near future

Organization Conclinic Saudi Branch

Conclinic Co Ltd

Projects

Accountant

Field Engineering

Design /EngineeringConclinic Korea

Construction Management

Maintenance &Construction

Technical supportConclinic Korea

Quality Control

Procurement /Logistics

Administration

Administration &Financing

Inspection &Design

Planning &Marketing

Planning

Sales / Marketing

General Manager

Business Licenses & CertificatesLicensesLicensesLicensesLicenses

�� The specialized contractor’s license for the Facility Maintenance works (1997)

�� The international contractor’s Certification for the Facility Maintenance works (2000)

�� The specialized contractor’s license for the Pavement works (2001)

�� The specialized contractor’s license for the Water Supply & Sewerage(2010)

�� The specialized contractor’s Certification for the Water Supply & Sewerage(2012)

�� The specialized contractor’s license for the Reinforced concrete (2012)

�� The specialized contractor’s Certification for the Reinforced concrete (2012)

�� The specialized contractor’s license for the Scaffolding(2012)

�� The specialized contractor’s Certification for the Scaffolding (2012)

New New New New Excellent Technology Certificates(NETC) Excellent Technology Certificates(NETC) Excellent Technology Certificates(NETC) Excellent Technology Certificates(NETC) by Korea Ministry of Construction & Transportation

�� New technology No. 233(2000~2006)

Repair & retrofit method of GFRP using silica fume & saturator in situ.(CAF System)


DRA(Deterioration Restraining Agent)


Cut–off method of structure & rock mass through injection of acrylic chemicals using sending

machine of 1 stroke of 2 consecutive type

Intellectual Property(Registered Patents)Intellectual Property(Registered Patents)Intellectual Property(Registered Patents)Intellectual Property(Registered Patents)

�� No. 366545(2001) Apparatus for fixing stiffening member on pre–stress concrete structure

�� No. 367216(2001) Water obstruct for pier repair construction work

�� No. 387268(2001) Complex repairing and reinforcing method for concrete beam of bridge using screw–type tensioning device and stiffening member

�� No. 405022(2003) Composition of mortar for repairing concrete

�� No. 412419(1998) Method of making acrylate injection material for grouting and applying method thereof

�� No. 552347(2005) Deteriorated steel con’c structures and corrosion protection repair and reinforcement system of deteriorated steel conc. structures

�� No. 552348(2005) New steel reinforced concrete structures and the corrosion prevention system

�� No. 564879(2005) Monitoring sensor of corrosion rate and corrosion environment of steel reinforcement embedded in concrete

�� No. 572035(2005) Development of equipment and repairing mortar for shotcrete

�� No. 592553(2005) Corrosion monitoring sensor of reinforced steel embedded in concrete

�� No. 594508(2006) Reinforcing methods using as silane modified epoxy composition for underwater structure

�� No. 615565(2006) The reinforcing methods using by nonflammable silane modified epoxy and fiber reinforced composite

�� No. 626230(2006) Fixing device of composite fiber plate

�� No. 397311(1996) Fabric reinforced beams and beam connections

1997199719971997

�� Retrofit work of factory in Anyang

�� Repair & retrofit work work of the Sinan 1st bridge

�� Retrofit work of Lotte Sky building and 5 more projects

1998199819981998

�� Retrofit work at the section 12, 13 of Seoul ring expressway

�� Repair & retrofit work of Ulsan SK oil refinery

�� Repair & retrofit work of center quay at Mukho port and 21more projects.

1999199919991999

�� Repair & retrofit work of culvert at Gangneung airport

�� Renovation work of Seokyo hotel (12th, 13th Floor)

�� Retrofit work of quay in Mokpo and 41 more projects.

2000200020002000

�� Repair work of OO quay

�� Performance improvement work of the Sinhyeon 2nd bridge

�� Repair & retrofit work of Sanbon overpass and 23 more projects

2001200120012001

�� Repair work of detention pond at Choongang hospital

�� Repair & retrofit work of quay No.1 at Ulsan port

�� Repair work of well at Hangang bridge and 19 more projects

2002200220022002

�� Retrofit work of the 1st tunnel between west Daejeon and Gasuwon

�� Retrofit work of well of Jamsil railway bridge on metro line No.2

�� Retrofit work of OO quay and 28 more projects

2003200320032003

�� Retrofit work of quay wall at Donghae port

�� Repair & retrofit work of Hyundai heavy industries dock

�� Repair & retrofit work of Mipo quay and 19 more projects

2004200420042004

�� Repair & retrofit work of culvert at 6 section including Naebisan Stream

�� Retrofit work of OO quay in Mokpo

�� Leakage repair work on metro line No. 1,2 and 27 more projects

2005200520052005

�� Retrofit work of utility tunnel at OO corps

�� Facilities maintenance construction of general quay at Busan port

��GFRP retrofit work of covered structure on road and 26 more projects

2006200620062006

�� Retrofit work of concrete pile at Yongsan hospital

�� Retrofit work of the 7th quay at Ulsan port

�� Leakage repair work on metro line No. 1,2 and 13 more projects

Major Experiences Summary

Mukho Port(1998)

Junglim tunnel(2004)

Sanbon overpass(2000)

MipoQuay(2003)

Donghae port(2000)

2007200720072007

��Establishment of Water Supply and Sewerage in Seoul

Metropolitan province

��Well Foundation of Mahanama Br. SriLanka

�� Suk-nam Dong Sewage Culvert Box Repair, GFRP

Reinforcement & Restoration

2008200820082008

�� Pier retrofit work of Pandacan Br (140m)

�� Bridge Alignment & Raise up 1m

�� GFRP Seismic Retrofit for Highway Bridges Column

2009200920092009

��Cebu SPC Power Plant at Philippines

(Nov. 2009 ~ Mar. 2010)

��Incheon Coal Jetty Repiar

�� Repair & Reinforcement of Existing Jetty & Trestle

2010201020102010

��Repair and Retrofit Work of Water Supply in Han river

� Kimpo Airport Seismic Retrofit work using GFRP

��GFRP Seismic Retrofit for Nakdong-River Bridges Column

2011 2011 2011 2011

��Quay Wall #14 GFRP Repair(Hyundai Heavy Industry.)

(Sep. 2011 ~ Jan. 2012)

�� 11-00 Navy Wharf Reinforcement & Repair

��Hangang Bridge Repair Work

2012201220122012

��Seismic evaluation and rehabilitation for SWCC Plant

at Jeddah & Haql

��Detail Inspection for Sewage Treatment Plant at Marafiq, Yanbu

PandacanPandacanPandacanPandacan Br, PhilippinesBr, PhilippinesBr, PhilippinesBr, Philippines

CebuCebuCebuCebu SPCSPCSPCSPC, , , , PhiippinesPhiippinesPhiippinesPhiippines

��Quay Wall

MahanamaMahanamaMahanamaMahanama Br. Sri LankaBr. Sri LankaBr. Sri LankaBr. Sri Lanka

��SWTP Plant, Yanbu , KSA

��Pump House, Jeddah SWCC Plant, KSA

R & D Projects

1997199719971997––––1998199819981998

�� A study on the performance improvement of the existing beam retrofitted by GFS/Incheon Univ.

�� A study on the strengthening effect of composite beam retrofitted by GFS/Hongik Univ.

�� A study on the flexural and shear strengthening effect of reinforced concrete retrofitted by GFS/Hongik Univ.

�� A study on the strengthening effect of pile and floor slab on aged wharf structure retrofitted by GFS/Kookmin Univ.

�� An experimental study on performance improvement of aged prestressed concrete bridge model retrofitted by GFS on the national road/Chungang Univ.

�� A study on retrofit plan and load carrying capacity valuation after strengthening of Dang–jeong overpass/Ajou Univ.

1999199919991999––––2000200020002000

�� R&D and application industry on composite materials/Chungang Univ.

�� A study on performance improvement technique of aged bridge on the national road/Chungang Univ.

��Quasistatic test for seismic performance of circular RC bridge piers before and after retrofitting/Chungaang Univ.

�� The study on verification for the performance of SURTREAT method/ Korea Institute of Construction Technology

�� A study on the repair method of aged wharf structure/Chungang Univ.

�� A study on seismic design and performance improvement of structures/Korea Institute of Construction Technology

�� Repair & retrofit method of GFRP(CAF) using silica fume & saturator in situ/Yonsei Univ.

��On the load carrying capacity valuation of before and after repair & retrofit for Namcheon bridge/Kyungpook Univ.

2001200120012001––––2002200220022002

�� Analytical and experimental study of strengthening of concrete structures with adhesive bonded high–strength glassfiber sheets/Yonsei Univ.

�� An experimental study on static and dynamic behavior of the bridge deck strengthened by GFS/Hanyang Univ.

��Development of retrofit method and performance evaluation of reinforced concrete architecture structure/KoreaInstitute of Construction Technology

��Development of the new materials and technologies for surface treatment methods to recover concrete performance/Korea Institute of Construction Technology

��Development of reinforcing system for concrete structures using BASALT fiber/KICT

�� Performance evaluation of inorganic permeable cement for surface control and an experimental study on the

serviceability evaluation of epoxy resin waterproofing & corrosion protection materials/Seoul National Univ.

2003200320032003––––2004200420042004

�� Structural performance and rehabilitation techniques of fire damaged high–strength and normal strength concretemembers/Korea Institute of Construction Technology

�� Korean bridge design & engineering research center–analysis and advanced design of bridge/Seoul National Univ.

��Development of corrosion sensor for design technique of durable bridge/Seoul National Univ.

2005200520052005––––

�� A study on the properties of shotcrete mortar for section restoration/Sungkyunkwan Univ.

�� Repair method of restorative shotcrete mortar using improved nozzle/CareCon

��Development of protective structure system using high performance composite materials/Yonsei Univ.

��Development of electric protection system for reinforced conc. structure under marine condition/Korea Maritime Univ.

Overseas Business Relations

USA & CANADAUSA & CANADAUSA & CANADAUSA & CANADA

� Blaylock Engineering Group, San Diego, CA

� Composite Retrofit International Co., Canada

� CRP, USA

� Earth Contact Products (ECP), Olathe, KS

� Fyfe Co. LLC, San Diego, CA

� Karagozian & Case (K&C), Burbank, CA

� Surtreat Holding Co., Pittsburg, PA

� Surtreat Canada, Toronto

� Tamms Industries, Kirkland, IL

�WJE (Wiss, Janney, Elstner) Associates,Inc., Northbrook, IL

ASIA & MIDDLE EASTASIA & MIDDLE EASTASIA & MIDDLE EASTASIA & MIDDLE EAST

� L&M Structural Composites Pte Ltd, Singapore

� Shade Corporation Ltd, Dammam, Saudi Arabia

EUROPEEUROPEEUROPEEUROPE

�MK. FINLAND

�Wannenwetsch GmbH Hochdruckwassertechnik(Germany)

Major Customers

Korea Ministry of Construction & Transportation

�� Regional construction management office

�� Regional aviation administration

Korea Railroad Corporation

Korea Ministry of Maritime Affairs & Fisheries

Korea Ministry of Education & Human Resources Development

Korea Ministry of National Defense

Korea Ministry of Foreign Affairs & Trade :

�� Institutional investor : Korea International Cooperation Agency (KOICA)

Korea Ministry of Agriculture & Forestry :

�� Institutional investor : Korea Agricultural & Rural Infrastructure Corporation

Korea Ministry of Commerce, Industry & Energy :

�� Institutional Investor : Korea Electric Power Corporation, Korea Plant Service & Engineering Co., Ltd

Local Governments :

��Office of infrastructure management, facilities management authority

Government institutional investor :

�� Korea National Housing Corporation

�� Korea Highway Corporation

�� Korea Water Resources Corporation

�� Korea Train Express

�� Korea Airports Corporation

�� Korea Infrastructure Safety & Technology Corporation Etc.

Military Sector

�� FED : US Army, Far East District

�� COE : US Army, Corps of Engineers

�� AMKOR

�� Korean navy

�� Korean Air Force

Korean general contractors including Daewoo, Hyundai, Samsung, Daelim, Lotte and etc.

Conclinic Developed/OwnedRepair & Retrofit Systems

CAF® System

CANF® System

CAUW® System

CAUW–COAT® System

CAFT® System

CACP® System

DRA® System

CAM® System

ARC® System

CAST® System

Description Registered patent no. 0397311

CAF System consists of specialized fabrics and resins.

� Locally produced High tensile glass fiber and epoxy

� Enhancement of adhesive ability of epoxy using silica fume

�Manufacture of fiber reinforced polymer in situ using saturator

Uses

� Increase load rating

� Seismic retrofit

� Compression, tension, flexure, shear retrofit

� Repair and retrofit of deteriorated and damaged RC structure etc.

Property

�Higher economical efficiency compared with other retrofit using FRP

� Low self–weight, high constructability

� Anti–corrosive GFRP

�High adhesion ability using EPOS, fiber anchor system

� Examination with the unaided eye owing to transparent GFRP

�High durability of freezing and thawing

�High resistance in acid, alkaline

� Application in subway structure as nonconductor

�High resistance of impact, blast, and earthquake owing to excellent ductility

� Excellent constructability in narrow and specific area

Materials

Basic Materials

CAF GL1000 Glass Fiber

CAF EL800(A, B) Epoxy

Fiber Anchor Glass Fiber Anchor

Silica Fume Admixture

EPOS Strong Adhesion

Glass Fiber(CAF GL1000)

Glass Type E–glass

Weight(g/cm3) 950

Tensile Strength(kgf/inch) 700

Thickness(mm) 1.0(±±±± 15%)

Epoxy(CAF EL800)

Mix Ratio(A : B) 100 : 30

Compressive Strength(kgf/cm2) 800

Tensile Strength(kgf/cm2) 500

Flexural Strength(kgf/cm2) 800

GFRP(GFS+Epoxy)

Design Tensile Strength(kgf/cm2) 5,000

Tensile Elasticity Modulus (kgf/cm2)

250,000

Elongation at Break(%) 2.0～～～～3.0

Thickness(mm) 1.0(±±±± 15%)

Glass Fiber

Epoxy

CAF application, Jinpyeong tunnel

CAF application,Gungpyeong bridge

CAF® SystemConclinic Advanced Fibrwrap System

CANF® System

Application Procedure

Surface Treatment

Primer Application

Saturation to Fiber

FRP Retrofit to Structure

Combustion Test

Bonding strength test after combustion test

Test Item Test Value Test Method

Flame Retardant Test

Flame Retardant Second Grade

KS F 2271

Tensile Strength(MPa)

400 KS M 3381

Rupture Strain 2.0 KS M 3381

Tensile Elasticity Modulus (MPa)

25800 KS M 3381※ The above property is mean value (± 15% variance)

Conclinic Advanced Non Flammable Fibrwrap System

Description Registered patent no. 10–0615565(KR)

CANF System is repair & retrofit method with FRP using flame

retardant epoxy which is two component 100% solid epoxy

formulation contain non-halogen flame retardant such as phosphate

derivatives, designed for the structures of fire risk.

�� Apparent material property of CANF® epoxy same as common epoxy

Uses

�� Tunnel, subway structure

�� Structures or buildings of fire risk

�� Cable duct

Property

�� Identical constructability compare common epoxy with fire

retardant epoxy

��High bonding strength after fire damage

��Maintaining of tensile strength after fire damage

�� Approval of flame retardant the second grade material from

Fire Insurers Laboratories of Korea

Materials (GFRP)

CAUW® System

Saturation Epoxy for Underwater(CAUW–SR)

Compressive Strength (MPa) 80

Tensile Strength (Mpa) 30

Flexural Strength (Mpa) 50

Primer Epoxy for Underwater(CAUW–PR)

Compressive Strength (Mpa) 70


Injection Epoxy for Crack Repair

(Aquaseal LV)

Compressive Strenth (Mpa) 60


Flexural Strength(Mpa) 50

Sealing Epoxy for Crack Repair

(Aquaseal Gel)Compressive Strength (Mpa) 50

Grout Mortar for Underwater (Horngrout UW)



Bonding Strength (Mpa) 1.0

Setting Time(final) within 30 min.

Mortar for Underwater(SpeedCrete Blue Line)



Bonding Strength (Mpa) 1.0

Setting Time(final) within 10 min.※ All Items are of 28 day strength.

Conclinic Advanced Under Water System

Epoxy for crack repair

Description Registered patent no. 10–0594508

CAUW is two component 100% solid epoxy formulation consisting of

epoxy resins, hardeners and inert fillers specifically designed for under

water concrete surface applications.

CAUW is consist of epoxy primer for concrete surface(CAUW-PR), fiber

saturation epoxy (CAUW-SR) CAUW is used in fiber wrap applications

with or without an aggregate, as a protective coating or repair mortar to

protect against damage and erosion in splash zone. CAUW can also be

used to coat or repair concrete and steel surfaces in underwater and

splash zone applications providing protection against corrosion,

erosion and deterioration from salt or fresh water.

Uses

� Concrete & Steel Pile

� Slab and Girders of Harbors and Piers

� Various other structures related to water

Property

� Excellent constructability in underwater condition

� Anticorrosive CFRP & GFRP

� Excellent adhesion strength at humid and underwater condition

� Satisfaction of VOC criterion

�High durability of freezing and thawing

� Excellent environmental durability

Materials

Ulsan SK 3 pier(under construction)

Ulsan SK 3 pier(after repair)

CAUW–COAT® System

Removal of laitance

Surface treatment(Blasting)

CAUW–COAT mixing

Coat up(2 times)

Conclinic Advanced Under Water Coating System

Application ProcedureDescription Registered patent no. 10–0594508

CAUW–COAT System is used for corrosion protection & prevention of

RC & Steel structure in underwater condition with surface coating.

It is two component,100% solid epoxy formulation consisting of epoxy

resins, hardeners and inert fillers such as zinc powder and iron oxide,

specifically designed for underwater applications on steel.

Only coating without primer

Uses

� Concrete & steel structure in underwater condition

�Grouting for pile jacket

Property

� Corrosion prevention & protection of underwater structure

� Excellent workability & bonding strength in underwater condition

� Excellent durability in underwater condition

� Analogous strain behavior of concrete & steel

Material

Test Item CAUW–COAT Test Method

Compressive Strength(MPa)

60 KS M 3015

Tensile Strength(MPa)

40 KS M 3015

Durometer Hardness(HDD)

75 KS M 3043

Flexural Strength(MPa)

20 KS M 3015※ The above property is mean value(± 15% variance)

CAUW–COAT coating on steel

After coating

CAFT® SystemConclinic Advanced Fiber Tensionning System

Description Registered patent no. 10–0489373

CAFT System is a retrofit method of structures strengthened by

unbonded CFRP plate prestressing. CFRP is brittle material, but its

tensile strength is about ten times as large as steel. For anchoring CFRP

plate to retrofit structure, a couple of wedge-shaped plate and special

safeguard tap protecting CFRP from stress rupture are developed by

KICT(Korea Institute of Construction Technology). The wedge-shaped

plate and anchoring device are made of aluminium alloy which is

seldom corrode.

� Active retrofit method compared with bonding sheet method

�No epoxy spreading

Uses

� corrosive environmental structures

� Bridge (RC, PSC) structures

� Architecture structures

� Culvert

Property

�High retrofit efficiency compared with retrofit area by prestressing

CFRP plate

� Unbonding system

� Excellent constructability and short construction time

� Stopping crack propagation

� Reduction of tensile stress in steel after retrofit

� Easy measurement of tensioning force

� Little relaxation in CFRP, no corrosion in anchoring system made of

aluminum alloy

� Low self–weight

Materials

※ The Property is not specification but test value.

Material Thickness WidthDesign Tension

Elasticity ModulusDesign Tension

Strength

CFRP Plate 1.20 mm 50 mm 1.47ⅹⅹⅹⅹ105 MPa 3,000MPa

Installation of CAFT System

Increasing load rating after CFRP tensioning

Decreased load rating

Principle of CAFT System

Prototype Anchoring Device Anchoring Device for PSC Beam Tensioning Device for PSC Beam

CACP® System

Sensor Installation

Actual Construction

Conclinic Advanced Corrosion Prevention & Protection System

Description

Registered patent no. 0552347, 0552348(protection & prevention)

0564879, 0592553(monitoring sensor)

CACP System is corrosion prevention and protection method using

sacrificial anode method in corrosive environmental structures.

This system is comprised of uniquely designed zinc mesh, GFRP jacket,

conductive mortar, and corrosion monitoring sensors.

When zinc mesh is connected to the steel reinforcement (cathode) in a

common electrolyte solution (salt water saturated concrete), the system

generates an electrical potential.

�� Zinc mesh is used as a sacrificial anode

��GFRP jacket is used as a form for structure rehabilitation

�� Conductive mortar is used as a electrolyte solution

�� Corrosion sensor is used as a corrosion monitoring tool

Uses

��Maritime structures

�� RC & steel structures under corrosion propagation

�� Application for new & existing structure

Property

�� Sacrificial anode method

– No impressed current, maintenance

– Low initial installation cost

– Excellent function reliability

�� Sensor A type

– Multi-role sensor and high durability

– Measurement of potential in rebar, concrete resistivity, corrosion rate,

temperature in structure

�� Sensor B type

–High durability

–Measurement of corrosion current

–Simple measurement of corrosion potential & rate

Type A sensor Type B sensor

Steel Pipe with CP System

DRA® System Deterioration Restraining Agent System

Comparison of penetration into concrete

Deterioration restraining agent


DRA System increases the service life of reinforced concrete

structures which subjected to corrosion, and it makes use of both

chemical and physical components to inhibit corrosion, and increase

the integrity of the existing structure.

��Waterproofing admixture with water repellent

�� Spreading materials for enhancement of durability and

waterproofing ability, alkali–recovery performance on the

concrete surface

Property

�� Concrete surface enhancement and excellent waterproofing ability

�� Excellent penetration ability (over 10mm)

��Maintaining durability through breathable material

�� Self–treatment ability for micro crack

�� Excellent constructability

�� Recovery performance for deteriorated concrete

�� Environment–friendliness material

Material

Test Item(DRA) UnitTest Value

Test Method

Apparent shape after spreading –No

Change

KS F 4930–’02

Resistance ability for water permeability

– 0.25

Resistance penetration for chloride ion

㎜㎜㎜㎜ 2.2

Resistance for water absorption

normal state – 0.52

Repeated test for low& high temperature

– 0.58

Cross–linkedtime

following procedure Hr 6~24 Some change according to airtemperature

100% cross–linkedreaction

Day 28

Quantity of construction(twice spreading)

㎏㎏㎏㎏/㎡㎡㎡㎡ 0.4Some change according to

concrete surface

Spreading methodSpray, brush,

rollerReference to special

specification

After/ Before DRA application

BeforeAfter

CAM® System

Chipping

Spreading of recovery performance

Old & new concrete paste

Rapid hardening cement spray

Removal corrosion in steel

Conclinic Advanced Mortar Repair System

Application ProcedureDescription Registered patent no. 0405022

CAM System is used as mortar method of construction to maintenance

sectional area of various type of structures with high adhesive and

safety materials. This system could use spray machines to cover wide

section of structure.

Uses

�� Bridge, subway, tunnel, dam, culvert, harbor structures

�� Salt, frost and fire damaged concrete Structures

Property

��High adhesion strength, rapid early strength, excellent compressive

strength & flexural strength

��High resistance to chemical environment, carbonation, freezing

and thawing

�� Excellent air permeability as a inorganic material and construction

for wet surface

�� constructability for short time

Materials

Mortar

(CAM SR 300)

Compressive strength(kgf/cm2) 300


Bonding Strength(kgf/cm2) 10

Setting timeInitial setting : 1hr 50minFinal setting : 5hr 33min

Mortar

(CAM SR 400)

Compressive strength(kgf/cm2) 400Flexural Strength(kgf/cm2) 70


Setting timeInitial setting : 1hr 50minFinal setting : 5hr 33min

Mortar

(CAM SR 500)

Compressive strength(kgf/cm2) 500Flexural Strength(kgf/cm2) 80Bonding Strength(kgf/cm2) 10

Setting timeInitial setting : within 1hrFinal setting : within 2hr

Mortar

(CAM SR 400R)

Compressive strength(kgf/cm2) 400



Setting timeInitial setting : 9minFinal setting : 18min

ARC® System Acrylic Resin Chemical Grouting System


ARC System increases the service life of reinforced underground

structures that are exposed to water veins and ruined by water leakage.

This System uses the acrylic resin chemicals to filled the concrete cracks

and imperceptible spaces of underground structures for preventing

further damages.

Uses

�� Permanent curtain wall grouting of underground structures

��Water–stop & crack repair at construction joint

�� Curtain grouting for dam foundation

��Water–stop for connection of underground structure and the rear

grouting for retrofit

Property

�� Excellent infiltration ability of acrylate injection material with ultra

low viscosity

�� For elastic behavior after setting, maintaining ability of water–stop

�� Formation of perfect impervious layer

�� Free construction for in–situ condition and injection purpose

�� For excellent resistance to alkali, acid and organic chemical,

a long term stability of underground

�� Application for sea & fresh water

Materials

Sort Principle Element Usage

ST(General)

Acryl & Methacrly AcidMetal–salt/Cross–link Agent, Catalyst, Water

Water–stop grouting for general soil Joint & crack repair

HV(High

Concentration Type)

Acryl & Methacrly AcidMetal–salt/Cross–link Agent, Catalyst, Water

Reservoir, Water–stop for high leakage of water in concrete structure

SW(Sea Water

Type)

Acryl & Methacrly AcidModifid Silicate

Metal–salt/Cross–link Agent, Catalyst, Water

Ground for leakage of sea water & saltwater

CM(Mixed Type)

Acryl & Methacrly AcidModifid Silicate

Metal–salt/Cross–link Agent, Catalyst, Water

The rear filling for general soil(loose condition) with high porosity

Hole drilling

Injection & pressure confirmation

Application Procedure

Before

Finishing

CAST® System

※ Quantity consumed by one time 0.25kg/m2, (about 0.3mm),Quantity consumed by twice time : 0.5kg/m2

Removal of Laitance

Water Blasting

Surface Treatment

Application of Recovery Performance in Concrete

Mortar Placing

Application for Surface Protector(2 times)

Conclinic Advanced Surface Treatment System

Application ProcedureDescription Registered patent no. 10–0565268

CAST System is used for enhancement of durability performance in RC

structure with blocking deterioration factors as moisture CO2 gas, O2 and

chloride ion.

�� Using surface protector for RC concrete

�� Principle component of protector is modified silicon type polymer

Uses

�� Concrete structure for deterioration prevention & waterproofing

�� Concrete structure for acid–resistance

Property

�� Excellent waterproofing ability & Non-flammability

�� Excellent acid & chemical resistance

�� Usage without mixing (one–liquid type)

�� Vapor permeability by porous ceramic particle

�� Application for wet surface on concrete structure

��Non organic volatile material

Materials

Test Item Test ValueTest

Method

Bondingstrength(Kgf/cm2)

Standard condition 28.4 KSF4918

After water resistance test (After 10 days through immersing in tap water)

28.2 KSF4918

After repeated freezing & thawing test –20±±±±3℃℃℃℃(3hr)50±±±±3℃℃℃℃(3hr) 10 times

28.6 KSF4918

After immersing 10 days in 3% NaOH solution

28.4 KSF4918

Acid–resistance

After immersing 21 days in 10% sulphuric acid solution

Good condition

KSF4918

After immersing 21 days in 30% aulphuric acid solution

Good condition

Water resistance (absorption index) (48hr) 0.00021 KSF2451

Accelerated test for weather resistance(Discoloration, 400hr)

No change KSF4918

Resistance to chloride (10% NaOH solution, 21days)

No change KSF4918

Surface hardness Over 4h

Penetration depth 4.3mm KSF4930

Conclinic Developed/OwnedRepair & Retrofit Materials

Fiber sheets & composite materialsFiber sheets & composite materialsFiber sheets & composite materialsFiber sheets & composite materials

MortarsMortarsMortarsMortars

Epoxy productsEpoxy productsEpoxy productsEpoxy products

Crack sealersCrack sealersCrack sealersCrack sealers

AntiAntiAntiAnti––––efflorescence agentsefflorescence agentsefflorescence agentsefflorescence agents

Waterproofing materialsWaterproofing materialsWaterproofing materialsWaterproofing materials

Corrosion inhibitorsCorrosion inhibitorsCorrosion inhibitorsCorrosion inhibitors

Non flammable epoxyNon flammable epoxyNon flammable epoxyNon flammable epoxy

Corrosion prevention and protectionCorrosion prevention and protectionCorrosion prevention and protectionCorrosion prevention and protection

toolstoolstoolstools

Coating and flooringCoating and flooringCoating and flooringCoating and flooring

Fiber Sheets & Composite Materials

Glass cross fiber sheet

Product Use Application

CAF GL1000High performance

glass cross fiber

Glass cross fiber Composite is a custom weave, uni–irectional

glass and aramid hybride fabric used in the CAF and CAUW

systems.

The glass material is orientated 0°°°° direction with aramid

fibers at 90°°°°.

Conclinic Glass Cross Fiber fabric is combined with CAUW–

epoxy to add strength to bridges, building and other structures.


CAF-C

High performance

glass cross fiber

Carbon fiber Composite is a custom weave, uni–directional

carbon fabric with aramid hybride fabric used in the CAF and

CAUW systems.

The glass material is orientated 0°°°°direction with aramid fibers

at 90°°°°.

Conclinic carbon fabric is combined with CAUW–epoxy to add

strength to bridges, building and other structures.

Carbon fiber sheet


CAFT 514

High performance Carbon Strip

W=5cm, T=1.4mm

Conclinic composite laminated strip system is

comprised of a high modulus, high tensile

strength, pull–formed advanced composite for

post–rainforcing of general building construction,

industrial buildings, parking structures, bridges

and other structure.

CAFT 519 W=5cm, T=1.9mm


CAF ANCHORGlass fiber anchor or Carbon fiber

anchorFixation for Glass cross fiber sheet or carbon fiber sheet

Carbon strip

Anchor

Mortars

Dry condition


CAM GR300Wunder water

grouting mortar

CAM GR300W is a flowable, high strength cementitious grout designed for underwater placement. CAM GR300W requires only potable mixing water before use and exhibits resistance to Washout of cement and fines, while resisting the blending of external water into the plastic grout.

CAM PR300Wunder water

patching mortar

CAM PR300W is used for underwater repair of vertical,

overhead and horizontal surfaces. It is ideal for patching piers,

reservoirs, pilings and seawalls.

Wet or underwater condition


CAM SR300

General mortar for

concrete repair

CAM SR300, 400 is the original and still the best setting concrete repair product. It's used for patching vertical overhead and horizontal surfaces without forming

CAM SR400

CAM SR500

CAM SR400D Dry spray mortarCAM SR400D is a dry spray mortar for repair of damage

concrete.

CAM SR300E conducting mortar

CAM SR300E is a conducting mortar which use for CACP

system.

CAM SR300E contain high humidity constantly which can react as electrolyte between Zinc mesh and steel bar.

CAM SR300S

Strong durable mortar

in chroride attack

condition

CAM SR300S contains anticorrosive material and Cl ion capture.

CAM SR300S has strong durability in chroride attack condition such as off shore structure, express way, highways, bridge decks, parking decks, parking decks.

CAM SR300AStrong acid durable

mortar

CAM SR300A contain PVOH powder and fiber which has high modulus, high tensile strength and durability in Acid attack condition

CAM SR300R Speed setting mortar

CAM SR300R is specifically formulated as a semi lowable rapid patching material for express way, highways, bridge decks, parking decks, parking decks, loading docks and floors.

Epoxy Products

Underwater epoxy


CAUW–PR

Underwater epoxy

primer for concrete

Surface

Conclinic underwater epoxy system (CAUW) is consist of primer (PR), fiber saturator (SR), grouting (EG), coating(COAT).

CAUW is a two part, 100% solids epoxy formulation consisting of epoxy resins, hardeners and inert fillers specifically designed for underwater applications on steel, concrete surfaces, CAUW is used in fiber wrap applications with or without an aggregate, as a protective coating or repair mortar to protect against damage and erosion in splash zone.

CAUW is formulated for use as the patching material, primer and adhesive in fiber wrap applications. CAUW can also be used to coat or repair concrete and steel materials in underwater and splash zone applications providing protection against corrosion, erosion and deterioration from salt or fresh water.

CAUW–COAT

Underwater epoxy

coat for steel anti–

corrosion

CAUW–SR

Underwater adhesive

in fiber wrap

Application

CAUW–EGUnderwater grouting

epoxy mortar

CAE WBAnti–bio wet conditon epoxy adhesive

CAE WB is a two part, 100% solids epoxy formulation consisting of epoxy resins, hardeners and inert fillers specifically designed for water wetting concrete surface applications


CAF EL800

adhesive in fiber wrap

application

Conclinic CAF EL800 is a two–component, water insensitive, hi–build, 100% solids, epoxy formulation developed for bonding applications. It can be used as a final protective coating or as a Fill–and–level undercoatover which the CAF system.

This material may be used either as a surface coating or a primer material.

Dry condition epoxy

Non–flammable epoxy


CANF PRNon flammable

Epoxy primerCANF System is repair & retrofit Method with FRP using non–flammable Epoxy. CANF System can use for Structure of Fire Risk.

Developing epoxy for flame retardant apparent material property of Flame Retardant Epoxy same as common EpoxyCANF SR

Non flammable Epoxy adhesive in

fiber wrap application

Crack Sealers

Underwater crack sealer


AQUASEAL GELUnderwater Epoxy

Crack Sealer GEL and LV are solvent free, two component underwater

epoxy sealer. It is specifically formulated for underwater

grouting cracks either by gravity feed or pressure injection.AQUASEAL LV

Underwater Epoxy

Crack injection

material

Dry condition crack sealer


CAC SEAL Epoxy crack sealer

CAC SEAL and IN are solvent free, two component, moisture

insensitive epoxy sealer. It is specifically formulated for grouting cracks either by gravity feed or pressure injection.

CAC IN has high strength, and the ability to penetrate into smallest cracks which enhances the protection to concrete from the damaging effects of salts, mild chemicals and water absorption.

CAC IN is used to grout cracks by gravity feed or pressure injection and to seal concrete slabs. Typical applications as a sealer include bridge decks, parking ramps garage, parking decks, airport runways, roadways.

CAC INEpoxy crack

injection material

Anti–efflorescence agents

Anti–efflorescense agent


CAB

Anti–efflorescence Agent for Concrete

Alkyl silane derivative Water based Anti–efflorescence agent mixed with concrete directly.

CAB P100

Surface Penetrating Anti–

efflorescence Agent

CAB P100 is a breathable, ready–to–use, colorless, non–staining, non yellowing, deep penetrating concrete and masonry water repellent compound. CAB P100 has an alkylakoxy silane concen–tration of 43% and is best for use on horizontal surfaces. It protects concrete, block, stone and brick against the damaging effects of water intrusion, deicing chemicals, freeze thaw exposure and airborne contaminants such as acid rain, smog, and industrial fumes.

CAB P100 produces a non filming water repellent surface whilepenetrating deep into the capillaries from long lasting water repellent groups that crosslink into a silicone compound.

CAB WP40

Water proofing and Anti–

efflorescence Agent

CAB WP40 is a single–component clear, inorganic dilute solution with silane modified acrylate polymer liquid with a mild odor.

It may be applied by roller or spray.

CAWP is a silane–modified acrylate polymer and alkoxy silane

water repellent mixed material specifically for use in efflorescence structures.

CAB WP40 is not contain organic solvent , all of dilute solution react to organic–inorganic complex on concrete surface. In organic dilute solution penetrate to inner concrete and silane modified acrylate polymer make hard membrane on concrete surface.

Water proofing materials

Grouting waterproofing

Waterproofing


ARC ST General ARC Grouting System is a acrylate metallic salt grouting technique developed in Korea in order to stop leaking of underground facilities and rock layers. Characteristics of this system is stopping leakage by low pressure grouting of ARC Chemicals into voids of soil, rock and even salty clay and forming elastic and semi permanent impervious layer.

Many other water glass type of leak stopping system has

leaching problems after sometime, but ARC never get leached.

This system is environment free (non–toxic, non–pollutive, non–health hazardous.

ARC SW Sea water

ARC HV Crack repair

ARC CM Mortar mixing


CAWP 40

Penetration

waterproofing

material

CAWP is a single–component clear, inorganic dilute solution with silane modified acrylate polymer liquid with a mild odor. It may be applied by roller or spray.

CAWP is a silane–modified acrylate polymer developed to provide a membrane under coat specifically for use in wet, damp, or moist substrates. CAWP is not contain organic solvent , all of dilute solution react to organic–inorganic complex on concrete surface.

Inorganic dilute solution penetrate to inner concrete and silane modified acrylate polymer make hard membrane on concrete surface.

After cross–linking reaction, CAWP is changed inflammable

material. Application is waterproofing material, protective coating, interior and exterior applications.

CAWP 60

CAWP 100

DRAPenetration

waterproofing

material

DRA System increases the service life of reinforced concrete structures that are subjected to corrosion, and it makes use of both chemical and physical components to inhibit corrosion, and increase the integrity of the existing structure.

Waterproofing admixture with water repellent spreading materials for enhancement of durability and waterproofing ability, alkali–recovery performance on the concrete surface concrete surface enhancement and excellent waterproofing ability.

DRA WP

Coating and flooring

Waterproofing / flooring

Surface coating


CASL EP1

Industrial Maintenance

Coating/Primer

CASL EP is a two component 100% solids epoxy coating which provides good chemical resistance, water insensitive adhesive properties and excellent wear resistance.

CAST EP should be used as a coating for concrete and steel where both aesthetics and performance are desired.

CASL EP can be used on walls and floors and will withstand foot and rubber tired vehicular traffic.

CAST EP is used on exterior or interior surfaces.

CASL EP2

CASL MS

Inorganic waterproofing

Flooring

CASL MS is a proprietary polymer modified system for water–proofing concrete and masonry through a unique crystallization process. CASL MS product reduced water vapor transmission.

It’s advantage includes no wet curing, and ability to handle wet/dry cycles without any long term performance deterioration.

It can be used from the positive or negative side and with stands high levels of hydrostatic pressures. A two component elastomeric urea waterproof membrane.

CASL MS is used to waterproof and protect concrete, steel and masonry or other structural materials. It can withstand pedestrian and moderate industrial traffic and offers good chemical resistance to mild acids/bases, oil, gasoline and other chemicals.

CASL URUrea

waterproofing flooring

Resistant to salts, petroleum products, and many commonly used chemicals. It can be employed as a patching compound on new and old concrete surfaces prior to flooring top coat.

CASL EU

Epoxy–Urea

waterproofing flooring

A three component 100% solid epoxy–Urea resin and inorganic filler for repair of horizontal surfaces. It is formulated as a unique low modulus material capable of high strength and high elongation, which is resistant to mechanical and thermal movements.


CAST WPSilane–modified acrylate Protective

Coating

CAST WP is a silane–modified acrylate polymer developed to provide a membrane under coat specifically for use in wet, damp, or moist substrates. CAST WP is not contain organic solvent, all of dilute solution react to organic–inorganic complex on concrete surface.

Inorganic dilute solution penetrate to inner concrete and silane modified acrylate polymer make hard membrane on concrete surface.

After cross–linking reaction, CAST WP is changed inflammable material. Application is waterproofing material, protective coating, interior and exterior applications.

CAST EPEpoxy Protective

Coating

CAST EP is a two–component, water insensitive specially formulated to provide improved adhesion of CAF system to vertical and overhead applications. CAST EP is excellent adhesive, good high & low temperature properties, long working time.

Corrosion prevention and protection tools

Corrosion prevention and protection method


Corrosion Spy #1Corrosion detecting

Sensor (A–TYPE)

CACP System is corrosion prevention and protection method using sacrificial anode method in corrosive environmental structures. This system is comprised of uniquely designed Zinc mesh, GFRP Jacket, conductive mortar, and corrosion monitoring sensors.

When Zinc mesh is connected to the steel reinforcement (Cathode) in a common electrolyte solution (salt water saturated concrete), the system generates an electrical potential.

Zinc Mesh is used as a sacrificial anode GFRP Jacket is used as a form for structure rehabilitation conductive mortar is used as a electrolyte solution corrosion sensor is used as a corrosion monitoring tool.

Corrosion Spy #2Corrosion detecting

Sensor (B–TYPE)

Zinc mesh Sacrified anode

Corrosion inhibitor


CAR RE Rust RemoverCAR RE is water soluble type, very low viscosity remover for Fe rust on bar . After spray, self–falling a rust.

CAR AN Anti–corrosion agentCAR AN is contain nitroxy radical can react with active oxidative material prevent corrosion of re–bar in concrete.

Project Photographs

Repair of GaYang distribution reservior

Repair and retrofit of Box culvert of Kanglung Airport

Before Crack repair(Epoxy injection)

After Glass Fiber Reinforce

Foreground Epoxy priming Adhesion of glass fiber

After repair

Retrofit of Cheonggyecheon underground structure

Repair and retrofit of Covered Structure of Junglungcheon

After chipping After repair

Before Grinding

Adhesion of glass fiber After repair

Repair of Incheon subway 1–13 sector

Repair of Detention Pond at Choongang Hospital

Before Adhesion of glass fiber

Adhesion of glass fiber After repair

Before Adhesion of glass fiber After

Repair and retrofit of Amsa underground passage

Repair and retrofit of Sangdo underground passage

Before Crack sealing/ Adhesion of glass fiber After affair

Crack sealing

Adhesion of glass fiber After affair

Adhesion of glass fiber

Repair and retrofit of Mokpo underground power cable structure

Repair and retrofit of Gayang underground power cable structure

Repair and retrofit of Youngoh underground power cable structure

Drilling ARC Grouting

Before Adhesion of glass fiber

Before ARC Grouting

After affair

After affair

After affair

Repair and retrofit of Moraenae Overpass

Repair and retrofit of Mabunsancheon underground calvert

Priming Adhesion of glass fiber

Adhesion of glass fiber After affair

Before After

Repair and retrofit of Naebisanchoen underground calvert

Substructure Repair Work at So–Rae Railway Bridge

Before After

Shotcreting

After repair

Shotcrete finishing

After repair

Mukho Jetty Repair Work

Before repair After repair


SKSKSKSK 3 Trestle and 3 Trestle and 3 Trestle and 3 Trestle and jetty repair and retrofit workrepair and retrofit workrepair and retrofit workrepair and retrofit work

Before repair After repairUnder construction

Muk-ho Jetty repair and retrofit work

Navy pier repair and retrofit work



Navy pier repair and retrofit work

Shin-Hyun bridge retrofit work

Well foundation Repair work at Jam-Sil Steel Bridge




Well foundation Repair work at Well foundation Repair work at Well foundation Repair work at Well foundation Repair work at Imjingang Steel BridgeSteel BridgeSteel BridgeSteel Bridge

Well foundation Repair work at Sorae Steel Bridge

Samchuk Jetty Block Repair work




Muk-ho Jetty repair work

Navy pier repair work

Front view

Under Construction

Under construction

Hyundai Motor Company Jetty repair and retrofit work

After repairBefore repair

After repair


Dal-Su Substation repair and retrofit work

Gun-San 154KV T/L electric power tunnel repair and retrofit work

Ga-Yang S/S electric power tunnel repair and retrofit work




Young-O Electric power tunnel repair work

Young-Su Electric power tunnel repair work

Song-Wol Electric power tunnel repair work




Daebeol 1st Br. Pier seismic retrofit

Bucheon Over bridge Pier retrofit

Before

Excavation GFRP application

After

Yeondong Br. Pier retrofit

Excavation GFRP application

Seismic Retrofit

Railway Br. Pier

Before After GFRP application

Kimpo airport Terminal

CFRP application After application

Mihocheon Railway Br. at Chungbuk Province

Masonry Pier GFRP Application

Pier retrofit work of Pandacan Br. at Philippines

Before repair Before repair


Oversea Project

Jetty & Trestle retrofit work at Cebu

After repair After repair

Well Foundation of Mahanama Br. SriLanka

View Segregation

Patching with repair mortar After repair

Cofferdam Design Temporary Cofferdam installation

Water proofing for Bridge at Jubail Industry, KSA

Saudi Arabia Work

Water proofing for water tank leaking at Jubail Industry, KSA

Beam and Column Strengthening at Unite Gulf Steel building, KSA

Sewage Treatment Plant at Marafiq, Yanbu KSA

Existing SWTP at Marafiq, KSA

Inlet Screen Chamber Chloride building

Schmidt hammer Rebar scanning

Seismic evaluation and rehabilitation for SWCC Plant at Jeedah & Haql, KSA

Dynamic Analysis and Design

Rehabilitation for Power house Steel fabrication

Installation steel bracing on roof Seismic Bracing

Scaffolding Seismic Bracing for Pipe Rack

Underwater Grouting at Rabigh Power Plant II, KSA

Site view

Dewatering Steel pipe installation

2 Grouting pump setting Grouting with underwater mortar

Grouting After grouting

Oscar B/D(3F) 428–5 SongNae–dong, KangDong–guSeoul 134–030 Republic of KoreaTel 82.2.478.6026 Fax 82.2.478.6024E–mail [email protected] www.conclinic.com

Copyright© Jan. 2013 by Conclinic Co., Ltd

Al Basateen, Jeddah, KSATel 966.2.275.9317 Fax 966.2.275.9318M.P 966 54 382 6777E–mail [email protected] / [email protected] www.conclinic.com

Documents

Conclinic brochure