China Anticorrosion Coating Manufacturer & Factories

High-Performance Pipeline Corrosion Prevention, Custom Polymer Field Joints & Advanced Trenchless HDD Protective Coatings Globally Engineered by CYCT (Est. 2000)

Pioneering Subsurface Asset Protection Since 2000

CYCT New Materials Company Limited (CYCT) is a state-level high-tech enterprise dedicated to the R&D, fabrication, global delivery, and engineering application of advanced pipeline corrosion protection systems. Over more than two decades, CYCT has built a reputation for excellence, serving as a critical infrastructure partner for oil, gas, chemical, municipal water, and petrochemical industries.

We maintain deep, strategic partnerships with leading petrochemical laboratories, including the CNPC Pipeline Science Research Institute. This collaborative framework ensures that our material chemistry is tailored directly to combat the most extreme field installation conditions. From high-integrity offshore field joint systems to localized trenchless rehabilitation solutions, CYCT delivers field-tested systems certified to meet ISO, DIN, and NACE/AMPP requirements.

Industrial Endorsement:

Stable supplier of PetroChina, Sinopec, PipeChina, China Gas Group, and Indian Oil Corporation, supporting major energy pipeline schemes across multiple continents.

Est. 2000
Over 24 Years Experience
CNAS
Accredited National Lab
AMPP
Corporate Member CSCP
10+
Proprietary Patents

Macro-Industry Solutions for Critical Infrastructure

Mitigating the multibillion-dollar challenge of global asset degradation and mechanical wear

High-Pressure Transmission

Cross-country pipeline networks require reliable coating systems at weld joints to prevent stress corrosion cracking (SCC) and localized mechanical disbondment. Our PP and PE heat-shrinkable materials deliver robust barrier properties.

  • Tested up to 85°C continuous operating temperatures
  • Excellent cathodic disbondment resistance
  • Compatible with standard mill-applied coatings

Trenchless HDD Installations

Horizontal Directional Drilling (HDD) exposes coatings to high shear forces, friction, and rocky substrates. Our Epoxy Fiberglass Reinforced Plastic (FRP) and fiberglass-reinforced wraps shield pipelines during pull-back operations.

  • High mechanical abrasion resistance
  • Protects under-lying primary corrosion barriers
  • Rapid installation with photo-curing or thermal systems

Irregular Valves & Flanges

Valves, tees, and complex fittings present challenging profiles. Our viscoelastic coatings flow into recesses to eliminate air pockets, creating a self-healing barrier against corrosive factors.

  • Continuous cold-flow self-healing capabilities
  • Minimal surface preparation required (St2/St3)
  • No curing time, providing immediate protection

Technical Roadmap: Coating Chemistry & Materials

A deep dive into CYCT's material formulations and mechanical capabilities

Heat-Shrinkable Polyolefin Systems

CYCT's heat-shrinkable sleeves and tapes are formulated from radiation-crosslinked high-density polyethylene (HDPE) or modified polypropylene (PP) backing layers. These are coated with a hot-melt copolymer adhesive.

Key Performance Indicators (KPIs):

Peel Strength to Steel: >80 N/cm at 23°C (DIN 30672)
Thermal Aging Life: Over 50 years under standard operating conditions
Shrinkage Ratio: ≥30% radial shrinkage for a tight conformable seal

This technology is optimized for both 2LPE and 3LPE/3LPP configurations, protecting cutback areas at girth welds during field joint coating (FJC) operations.

Viscoelastic & Polymer Composite Tapes

Our viscoelastic systems leverage non-crystalline low-molecular-weight polyolefins that maintain viscous flow characteristics throughout their design life. These coatings flow into irregularities on the substrate, offering excellent wetting properties.

Key Performance Indicators (KPIs):

Operating Temperature: FVT95 operates stably up to 95°C
Water Vapor Permeability: < 0.1 g/m²/24h
Self-Healing: Automatically fills minor mechanical pinholes and micro-fractures

Viscoelastic wraps eliminate the need for primers, reducing installation time while providing robust protection against water and oxygen ingress.

State-of-the-Art Production & Quality Control

Quality assurance at CYCT is managed by our CNAS-accredited national laboratory. This in-house facility runs continuous testing protocols to evaluate peel strength, shear resistance, impact resistance, and cathodic disbondment.

We operate automated extrusion lines, radiation crosslinking chambers, and adhesive coating units. This vertical integration allows us to customize product parameters—such as thickness, width, and polymer chemistry—to meet project-specific engineering standards.

100%

Raw Material Traceability

ISO 9001

Quality Management

Field Engineering, Inspection & Support Services

Extending support beyond factory output to ensure high-quality on-site application

Buried Pipeline Detection

We offer specialized detection services for existing buried networks. Using advanced electromagnetic technology, our engineers locate coating defects, evaluate cathodic protection status, and map sub-surface pipeline paths without requiring excavation.

Custom Rehabilitation Design

Aging infrastructure requires specialized solutions. CYCT works with asset owners to design rehabilitation schemes, selecting optimized combinations of viscoelastic tapes, mastic fillers, and outer wraps to restore integrity while minimizing downtime.

On-Site Quality Audits

Even high-quality coating materials can fail if applied incorrectly. Our field service technicians provide on-site pre-heating supervision, application monitoring, and holiday detection verification to ensure long-term performance.

Anticorrosion Coating & Pipeline Integrity FAQ

Answering key technical questions for asset managers and procurement specialists

Q1: What standards do CYCT's pipeline coatings comply with?
Our products comply with relevant international standards, including ISO 21809-3 (field joint coatings), DIN 30670 (polyethylene coatings), DIN 30678 (polypropylene coatings), and EN 12068. We also align with NACE SP0169/SP0274 guidelines for cathodic protection compatibility.
Q2: How does viscoelastic coating prevent cathodic shielding?
Viscoelastic coatings are formulated to exhibit low-temperature flexibility and stable adhesion to steel. Unlike traditional shielding materials, they prevent water and moisture ingress while maintaining electrical conductivity characteristics compatible with cathodic protection (CP) systems.
Q3: What makes Epoxy FRP suitable for Horizontal Directional Drilling (HDD)?
Horizontal Directional Drilling (HDD) projects expose pipes to significant abrasion. Epoxy FRP (Fiberglass Reinforced Plastic) acts as a sacrificial outer layer with high tensile strength and impact resistance. This shield prevents the primary anti-corrosion layer from being scraped off by subterranean rock.
Q4: Can CYCT customize coating thicknesses for specific pipeline projects?
Yes. As an OEM manufacturer, CYCT can adjust backing and adhesive thicknesses (e.g., backing thickness 1.0mm to 2.0mm, adhesive thickness 0.8mm to 1.5mm) to meet specific design requirements for oil, gas, or municipal water projects.
Q5: How does the national CNAS accreditation benefit global buyers?
CNAS accreditation indicates that CYCT's laboratory testing procedures meet international standards. Each batch of raw material and finished product undergoes certified testing for peel strength, shear resistance, and thermal aging, reducing third-party inspection costs.

Corporate Honors, Standards & Certifications

Recognized globally for quality assurance and raw material consistency

CYCT is a Council Member of the Chinese Society for Corrosion and Protection (CSCP), and maintains a Qualification Certificate of Pipeline Detection and Corrosion Protection Construction. We hold more than ten proprietary intellectual property rights, validating our status as a state-level high-tech enterprise.

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