High-performance field joint coatings designed and optimized to match the strict geological and environmental demands of the Israeli market.
Israel represents a unique geographical intersection where high salinity coastal areas, harsh arid terrains (like the Negev Desert), and deepwater offshore operations demand the highest tier of anti-corrosion science. The country's expanding infrastructure—encompassing natural gas transmission networks (linking Leviathan and Tamar offshore fields to the mainland), municipal water distribution overseen by Mekorot, and industrial desalination complexes (such as Sorek and Hadera)—requires field joint coating materials that can survive demanding environments.
In Israel, pipelines face continuous exposure to high ambient temperatures, UV radiation, and high-chloride soils. These factors accelerate cathodic disbondment and degradation of protective layers. Consequently, mechanical stability and chemical inertness are non-negotiable. Standard PE heat shrinkable tapes must demonstrate exceptional resistance to shear stress caused by soil movement and thermal fluctuations, which is why CYCT's engineered pipeline materials are increasingly selected for national municipal and energy projects.
Reducing field maintenance costs by utilizing Class C (EN 12068) equivalent thermal-shrink sleeves.
Formulated to meet local authority standards and international benchmarks (ISO 21809-3).
Tested for dynamic temperature changes ranging from night desert chills to high steel substrate temperatures during midday solar exposure.
High shear resistance for trenchless directional drilling across highways and rugged geological formations.
A comprehensive engineering analysis of dual-layer and triple-layer field joint coating systems for buried steel pipelines.
| Property Parameter | Standard Test Method | CYCT FRDP Series (60°C Rating) | Israel Market Requirement |
|---|---|---|---|
| Tensile Strength | ASTM D638 / EN 12068 | > 18 MPa | ≥ 15 MPa |
| Peel Strength to Steel | EN 12068 @ 23°C | > 35 N/cm | ≥ 30 N/cm |
| Cathodic Disbondment | ASTM G8 / ISO 21809-3 | < 5 mm radius (at 60°C, 30 days) | ≤ 7 mm radius |
| Impact Resistance | EN 12068 Class C | > 15 Nm | ≥ 10 Nm |
State-Level High-Tech Enterprise • Founded in 2000
CYCT New Materials Company Limited (CYCT) is a state-level high-tech enterprise integrating R&D, production, and sales of pipeline corrosion protection materials, as well as buried pipeline detection services and pipeline coating field application services into one. CYCT has dedicated itself to the R&D, production, and sales of pipeline corrosion protection materials for decades.
Equipped with leading testing and R&D capabilities, a professional R&D team, and a national CNAS-accredited laboratory, CYCT is a stable field joint coating supplier to PetroChina, Sinopec, PipeChina, Indian Oil, and key infrastructure operators worldwide. We have successfully introduced specialty protection materials such as viscoelastic coatings, photo-curing sleeves for HDD protection, and heavy-duty polyurea coatings.
Our facility and products are fully accredited by leading international bodies, ensuring compliance with global and Middle Eastern engineering codes.
Ensuring supply chain resilience, technical compatibility, and risk mitigation for international pipeline projects.
Procurement professionals in Israel and the Middle East face complex logistics and quality control challenges when sourcing anti-corrosion coatings. Standard requirements extend beyond price to include long-term reliability and chemical stability. CYCT mitigates procurement risks by providing complete technical documentation, material test reports (MTRs) for every batch, and direct technical consultations.
Additionally, the transition to hydrogen-blended natural gas transmission networks requires field joint coatings to have minimal hydrogen permeability and high aging resistance. Our R&D division, in collaboration with the CNPC Pipeline Science Research Institute, is designing high-density barrier layers that meet these specifications.
From initial FEED (Front End Engineering Design) stage support to on-site testing during construction, CYCT acts as a technical partner rather than a simple supplier. We provide training for field joint coating applicators to ensure that our PE Heat Shrinkable Tape is applied correctly, minimizing the risk of installation defects like air entrapment or insufficient pre-heating.
Innovating for smart infrastructure, green chemistry, and extreme environments.
As infrastructure requirements evolve, the next generation of PE Heat Shrinkable Tapes must adapt. CYCT's development roadmap focuses on three main areas:
Israel has strict ecological and drinking water protection guidelines (Mekorot requirements). Our non-toxic, water-resistant VE Putty sealants and solvent-free primer systems comply with strict environmental policies, ensuring no hazardous compounds leach into underground aquifers or water networks.
Key considerations for specifying, purchasing, and applying PE Heat Shrinkable Tape in Israel.
Yes. For horizontal directional drilling (HDD), standard heat shrink sleeves can experience damage due to high shear forces. We supply Epoxy FRP (Fiberglass Reinforced Polymer) systems that go over the shrink sleeve to protect the joint. This system provides high mechanical and abrasion resistance, protecting the underlying corrosion coating during the pull-back process in rocky soils.
Our PE Heat Shrinkable Tapes are engineered with cross-linked polyethylene backings that form a barrier to moisture and salt ions. Combined with our high-performance viscoelastic tapes (such as VT95 and FVT95), the system prevents water ingress and salt concentration at the steel interface, preventing localized corrosion and pitting.
A 2-layer system consists of a heat-shrinkable backing coated with a hot-melt copolymer adhesive. A 3-layer system utilizes a liquid epoxy primer applied to the blasted steel joint before the shrink sleeve is wrapped. The 3-layer system offers superior cathodic disbondment resistance and is suitable for higher operating temperatures, conforming to EN 12068 Class C standards.
Yes, our FRDP and FRDS heat shrinkable sleeves are fully compatible with 3LPE, FBE (Fusion Bonded Epoxy), and CTE (Coal Tar Epoxy) coatings. The hot melt copolymer adhesive bonds directly to the prepared PE factory coating, creating a continuous barrier across the pipeline joint.
Our manufacturing processes are certified to ISO 9001, ISO 14001, and ISO 45001. Additionally, our pipeline materials undergo testing in our CNAS-accredited laboratory to ensure compliance with EN 12068 and ISO 21809-3 specifications, satisfying the standards required for municipal water grids.
As a global manufacturer, we maintain standard inventories of common dimensions. Customized products are manufactured to project specifications with a standard production lead time of 10 to 15 days, followed by sea freight transit to Haifa or Ashdod ports.
Explore our full line of field joint coatings, viscoelastic tapes, and mechanical protection shields.
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