Explore our premium grade pipeline integrity solutions, custom-formulated for offshore, horizontal directional drilling (HDD), and demanding civil environments.
Founded in 2000, CYCT New Materials Company Limited (CYCT) has grown into a state-level high-tech enterprise dedicated to the research, development, synthesis, and manufacturing of premium pipeline corrosion protection materials. Over the course of twenty years, our focus has expanded from supplying high-performance field joint coatings to providing complete pipeline safety rehabilitation designs, cathodic protection solutions, and buried pipeline detection operations.
We work in close cooperation with leading national institutes, such as the CNPC Pipeline Science Research Institute. This synergy empowers our enterprise to deliver integrated solutions that guard long-distance oil, gas, chemical, and municipal water pipeline networks against critical environmental degradation.
Quantifying our performance indicators and corporate capabilities across global installations.
"Our structural coatings and visco-elastic polymers conform strictly to the international benchmarks set by ISO 21809, DIN 30670, and EN 12068, ensuring maximum reliability under varying pressure levels, deep-sea currents, and extreme continental thermal shifts."
Pipeline networks are the circulatory system of modern energy transport. The integrity of these metal structures relies on a system of polymeric layers designed to shield steel pipes from chemical attacks, water ingress, and stray currents. As a premier OEM High Performance Adhesive Manufacturer & Factory, CYCT specializes in the micro-design of these barrier coatings, focusing on the interface where adhesive chemistry meets metallic metallurgy.
Conventional pipeline tapes suffer from shearing stresses, resulting in mechanical displacement or cracking. Our visco-elastic tapes and viscoelastic mastic solutions utilize a low-molecular-weight, non-crystalline, non-crosslinked synthetic polyolefin polymer matrix. This formulation allows the material to exhibit a controlled liquid-like cold flow, which penetrates micro-cavities on the steel surface, sealing out oxygen and moisture.
Simultaneously, the material shows solid-like elasticity, absorbing external ground movement and shear stress. This self-healing behavior repairs minor installation damage, providing long-term structural protection. Our aluminum foil visco-elastic tapes protect exposed process pipes against atmospheric salinity and UV radiation across wide temperature ranges.
For field joint applications, our heat-shrinkable sleeves represent the pinnacle of radiation cross-linking technology. The backing consists of a high-density polyethylene (HDPE) film that undergoes high-energy electron beam treatment. This forms a permanent, cross-linked structural memory network. When heat is applied, this backing shrinks, creating a tight radial compression around the weld zone.
The interior layer features a high-shear, hot-melt adhesive designed for high design temperatures. It forms a chemical bond with both the factory applied 3LPE/3LPP coatings and the bare steel surface, preventing water migration and cathodic disbondment.
Trenchless installation through directional drilling subjects the outer coating of a pipeline to high friction, mechanical abrasion, and impact forces. Conventional coatings often peel off during pullback operations, leaving the pipe vulnerable to underground corrosion.
CYCT developed its High-Performance Heat Shrinkable Fiberglass Reinforced Sleeve (FRDP) to address this issue. This multi-layered composite integrates a flexible fiberglass reinforcing mesh with a modified polymer matrix. This system offers high mechanical resistance against soil shear, rocky soil conditions, and gouging forces, protecting the pipeline joint throughout the installation process.
Our R&D roadmap focuses on long-term structural integrity and field application efficiency, including:
We source high-grade raw monomers, cross-linking agents, and stabilizers through long-term supply agreements. Combined with our vertically integrated manufacturing facility in China, this ensures stable delivery schedules and cost efficiency.
Our laboratory testing procedures are aligned with international certifications, including AMPP, ISO, and CAPEC, ensuring our coatings meet global standards for mechanical, electrical, and thermal protection.
We provide technical design consultation, cathodic protection integration, and onsite field application training to help asset owners extend the service life of their infrastructure networks.
Located in the heart of China's advanced chemical manufacturing corridors, CYCT benefits from localized access to high-purity raw materials. Our vertically integrated facility processes raw polyolefins, synthetic elastomers, and fiberglass meshes in-house. This structure allows us to maintain consistent quality control while minimizing production overheads.
Our quality assurance program is backed by our national CNAS-accredited laboratory, where every production batch undergoes testing for peel strength, lap shear strength, cathodic disbondment, heat aging, and indentation resistance. We maintain a high market share in domestic field joint systems for major oil and gas players, including PetroChina, Sinopec, and PipeChina.
CYCT is a Council Member of the Chinese Society for Corrosion and Protection (CSCP), holds Qualification Certificates in Corrosion Protection Construction and Pipeline Detection, and is a corporate member of the China Association of Petroleum Engineering Construction (CAPEC).
Technical guidance on high-performance adhesives, pipeline coatings, and installation methods.
Premium solutions designed to protect buried, subsea, and industrial assets from corrosion and mechanical wear.
CYCT
