TECHNICAL GUIDE

Trenchless Polyurea Pipe Rehabilitation
The Complete Guide

From the problems of ageing pipes to HIGHCOATIC's application technology and patents, the NUKOTE partnership, and industry applications. Organised into nine parts so that readers new to trenchless pipe rehabilitation can follow along.

Contents

Select a part to read it in full

9 parts in total

PART 1
Pipe Ageing and Trenchless Methods
Problems of ageing pipes, the limits of open-cut replacement, and a comparison of CIPP, SIPP and PVC lining methods
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PART 2
What Is Polyurea
Chemical properties and reaction principles, differences from polyurethane and epoxy, and pipe-lining versus flooring grades
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PART 3
Why Polyurea Suits Pipe Rehabilitation
Elongation and flexibility, build thickness, chemical, abrasion and corrosion resistance, environmental safety, and application speed
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PART 4
HIGHCOATIC Technology and Patents
Unmanned remote coating robots, the application process, quality control, Patent No. 10-2922071, and the flexible leak mould
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PART 5
The NUKOTE Partnership
An introduction to NUKOTE and its global standing, the exclusive distribution structure in Korea, and how it combines with HIGHCOATIC's own technology
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PART 6
Industry Applications and Cases
Semiconductor and petrochemical, water and sewage infrastructure, marine and defence, data centres and buildings
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PART 7
Before and After: Results and Benefits
Service-life extension, cost and schedule savings, and environmental benefits
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PART 8
Frequently Asked Questions
Questions on the company and certifications, methods and application, products and performance, and quotes
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PART 9
Enquiries and Consultation
The quotation process and contact details
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