Pipe Repair Systems

 

Thistlebond and Unique Polymer Systems LTD Pipe Repair Systems consist of the following product ranges:

Composite Repair – Based on GRP technology
Metal Repair – Based on solvent free 100% solids epoxy technology.

The product can be used for emergency repairs or as part of planned
maintenance shutdowns to seal leaking pipe work, flange faces and welded seams.

The type of repair that can be performed using these materials can range from emergency short-term fix to semi-permanent encapsulation of low & high pressure pipeline systems.

A product list with links to all the technical data sheets is available here.

Codes have changed all the old TRK TK codes are now UPS 


 

Pipe Repair Systems Information    accredit-badge-3-small  Logo

These types of pipe repair have been used for many years in all areas of industry. Typically they are seen as short to mid term solutions for problematic pipe surfaces that have been badly corroded or eroded. In low pressure applications up to (100psi) the products are proven to give over 15,000 hours of protection to lines transporting weak to low level industrial chemicals or water.

The Unique Polymer Systems LTD Pipe Repair Systems can be applied to the following types of substrate:

Concrete (composite repair only) Steel
Plastic
(composite repair only)

The maximum pressure tolerance that can be achieved using Unique Polymer Systems LTD Pipe Repair Systems is 300psi.

The repair systems are simple and easy to use and are based on the latest solvent free epoxy technology. They can be used in confined space without the need for expensive air fed equipment for the applicators and come in a range of grades that can include extra fast cuing to the repair procedure. 

Pipe Repair Systems Information – Composite Repair Systems


 


UPS 19000 RH (formerly TRK19000) – UPS 19002/3 A&B ( formerly TRK19002/3)– UPS

19007/9/11 GT (formerly TRK19007/9/11)

These products are used for encapsulating long lengths of problematic pipework where the steel wall has been thinned due to corrosion or erosion. The materials are surface tolerant and can be used in pipe diameters up to 36”. Once cured they can give up to 300psi tolerance on abrasive blat cleaned surfaces.


 

Pipe Repair Systems Information – Metal Repair Systems


 

UPS 105 EG (formerly TRK105 EG) – UPS 115 XL (formerly TRK115 XL)– UPS 19065 RG (formerly TRK 19065 RG)

Theses products are ideal for bonding formed metal plates to holed or weeping pipe surfaces. The materials are available in a range of grades from fast cure to extended working life for hot surfaces. Typically these products can be applied to hand prepared, mechanically ground or abrasive blast cleaned surfaces with a pressure tolerance range from 20 – 300psi.


 

Products that can be used for this type of repair include;

UPS 105 EG

Paste grade metal filled epoxy for adhering formed steel plates


 

UPS 115 XL

Extended working life metal filled epoxy paste for adhering formed metal plates to hot surfaces


 

UPS 19065 RG

Fast curing paste grade metal filled epoxy for adhering formed steel plates


 

UPS 19000 RH

Multi-purpose epoxy repair gel for use with glass fibre matting, glass tape or fillers


 

UPS 19002/3 A&B

A surface tolerant fairing compound for filling pitted and scarred pipe surfaces


 

UPS 19007/9/11 GT

Unique woven glass scrim tape


 

 Composite Repair Systems


Low pressure repairs 75psi or below, hand surface preparation with Composite Repair Systems

These types of repair can be used on small diameter pipework carrying low temperatures mild industrial chemicals and water. Ideally, surface would be degreased using UPS TAC 883 Universal Cleaner and then the surface of the pipe abraded using a wire brush or sand paper.

LowP-PR-75


Low pressure repairs 100psi or below, mechanical surface

preparation with Composite Repair Systems

These types of repair can be used on 1” to 12” diameter pipework carrying industrial chemicals, water, effluent or sewage up to 60°C. Surfaces must be degreased prior to and after abrading using UPS TAC 883 Universal Cleaner or solvent. Typical preparation equipment used includes rotary wire brush, angle grinder or MBX Bristle Blaster.
LowP-PR-100

 


Higher pressure repairs up to 300psi or below, abrasive blast

cleaning with Composite Repair Systems

These types of repair can be used on 1” to 36” di

ameter pipework carrying industrial chemicals, water, effluent or sewage up to 60°C. Surfaces must be degreased prior to and after abrading using UPS TAC 883 Universal Cleaner or solvent. Standard surface preparation guidelines are Sa21⁄2, with 75 microns profile using angled grit.Low-PR-300

 


Metal Repair Systems


 

Low pressure repairs 75psi or below, hand surface preparation with Metal Repair Systems

These types of repair can be used on small diameter pipework carrying lower temperatures, ild industrial chemicals and water. Ideally surfaces would be degreased using UPS TAC 883 Universal Cleaner or solvent, and then the surface of the pipe abraded using a wire brush or sandpaper.MR-LowP-75

 


Low pressure repairs 100psi or below, mechanical surface

preparation with Metal Repair Systems and Formed Metal Plate

These types of repair can be used on any diameter pipework carrying industrial chemicals, water, effluent or sewage up to 60°C. if repairing a hole to the pipe surface then steel plate must be oversized by 200mm in all directions, for weeping surfaces or cracks then the plate must cover the length of the repair and be oversized by 200mm in all directions. Surfaces must be degreased using UPS TAC 883 Universal Cleaner prior and after abrading. Typical preparation equipment used includes rotary wire brush, angle grinder or MBX Bristle Blaster.MR-LowP-100


Higher pressure repairs up to 100psi or below, abrasive blast

cleaning with Metal Repair Systems and Formed Metal Plate.

These types of repair can be used on any diameter pipework carrying industrial chemicals, water, effluent or sewage up to 60°C. surfaces must be degreased prior and after blasting using UPS TAC 883 Universal Cleaner or solvent. Standard surface preparation guidelines are Sa21⁄2, with 75 microns profile using angled grit. The formed steel plate will need to be overlapped by 50mm in all directions for holed, cracked or weeping pipe surfaces.

 

MR-LowP-300a


 

Thistlbond LTD – sales@thistlebond.info - +44(0)1531 636300