Subcote Resin
Experience a breakthrough in pipeline longevity and performance with Subcote™ Resin - the ultimate defense against corrosion and the key to sustainable, cost-effective water infrastructure renewal.
Prevent Pipeline Corrosion with Subcote
In the vanguard of water infrastructure preservation, Subcote Resin technology offers a formidable shield against the elements. Applied using only approved centrifugal spray lining equipment, our rapid-set two part polyurethane resin delivers a robust corrosion resistant barrier coating to the internal bore of in-situ potable water pipes with a minimum inside diameter of 100mm. This innovative approach to pipeline rehabilitation breathes new life into existing aged water distribution systems. This pioneering method not only prevents further corrosion and leakage but also reinforces pipeline integrity, significantly enhances water flow and quality, and promises a swift, environmentally-conscious return to service.
Versatile Applications
Our Subcote Resin offers versatility in its application. It can be employed as a low-build (1 mm thick) non-structural lining, providing a cost-effective solution to address water quality concerns in existing water supply infrastructure pipelines. Additionally, when applied at the recommended thickness, it can serve as a high-build lining, to help eliminate and prevent both existing and anticipated future pipeline leakage issues.
Leakage Prevention
Subcote Resin helps minimise leakage from pipes by sealing corrosion holes, joint gaps, and leaking gaskets. High-build linings of Subcote Resin can seal existing corrosion holes and circumferential gaps up to certain dimensions. These high-build linings can extend the service life of existing pipelines, particularly in cases of ongoing external corrosion attacks. They can continue to span corrosion holes, even under pressure, that may penetrate the full host pipe wall section after lining.
Rapid Return to Service - 1 Hour
We've formulated Subcote to cure sufficiently within one hour of application, even at host pipe substrate temperatures as low as 3°C. This means that the pipe can be recommissioned and returned to service on the same day, ensuring a swift restoration of the drinking water supply.
Trenchless Rehabilitation
As a trenchless rehabilitation method this minimises traffic disruptions and customer inconvenience, significantly reducing the need for extensive reinstatement works. This approach has a minimal impact on service connections, streamlining the entire process.
Environmentally Friendly & Cost-Effective
Our environmentally friendly approach not only offers cost-effective solutions, but also aligns with our commitment to supporting customers in reducing carbon emissions worldwide.
National & International Standard Approvals
Subcote Resin is approved internationally to the following standards:
- NSF/ANSI/CAN 61
- NSF/ANSI/CAN 372
- DWI - WI 56.4.698
- AS/NZS 4020
- WRAS
- SPAN
- ACS
- DWI (Drinking Water Inspectorate) / Regulation 31
- WRAS (Water Regulations Advisory Scheme) / BS6920
- NSF/ANSI 61
- CNHI (China National Health Inspection)
- NIH (National Institute of Public Health
- SPAN / MS1583
- ACS / 4MSi
- PUB (Public Utilities Board) / SS375
- Basin Agencies / Royal Decree 3/2023
- DWR (Department of Water Resources) / AS/NZS 4020:2018
- Argentina Water Authorities / BS6920
Case Studies
Walbrzych Water
Work undertaken by and on behalf of Walbrzych Water Association, Walbrzych, Poland as part of their ongoing asset/water quality improvement programme
Oslo Water
In the Høybråten area, a 5.1km pipeline renovation by NCC for Oslo Water utilised Subcote FLP's trenchless technology, achieving leak reduction and extended pipe longevity without digging disruptions.