| Customization: | Available |
|---|---|
| CAS No.: | 64754-90-1 |
| Formula: | (C4h7cl)N |
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The Chlorinated Polyethylene CPE-135B, supplied by the Factory Supplier, epitomizes excellence and adaptability, specifically tailored for wire and cable applications. This exceptional thermoplastic elastomer, derived from chlorinated high-density polyethylene, finds extensive use in rubber and PVC product manufacturing. With its outstanding elongation at break, CPE-135B offers unparalleled flexibility and resilience, rendering it a vital component in various industrial processes. Its unique structure as a saturated thermoplastic resin with an irregular formation allows for flawless compatibility with both PVC and rubber materials, thereby guaranteeing enhanced extrusion flow and optimal performance.
1) Exceptional break elongation
2) Outstanding flame retardant properties
3) Optimal powder flow characteristics
4) Superior electrical insulation capabilities
| Parameter | Unit | Test Standard | CPE-135BA(CM Series Included) |
| Product Appearance | -- | Visual Inspection | White Power |
| Chlorine Content | % | -- | 35±2 |
| Apparent Density | G/Cm³ | GB/T1636-2008 | 0.50±0.10 |
| Sieve Residue(0.9mm Sieve Hole) | % | RK/PG-05-001 | ≤0.2 |
| Volatile Matter | % | RK/PG-05-003 | ≤0.4 |
| Residual(750ºC) | % | GB/T9345-2008 | ≤0.5 |
| Tensile Strength | MPa | GB/T528-2009 | 6-11 |
| Elongation At Break | % | GB/T528-2009 | >800 |
| Hardness Shote A | -- | GB/T531-2008 | ≤65 |
| Mooney Viscosity | ML(1+4)125ºC | -- | 40-95 |
CPE135B primarily serves in the production of rubber and PVC items. It is a thermoplastic elastomer crafted from chlorinated high-density polyethylene, notable for its exceptional break elongation and toughness. As a saturated thermoplastic resin with an irregular structure, it ensures excellent extrusion flow when combined with PVC, making it ideal for rigid PVC products and molded items. Virtually free of crystals, it offers superb flame retardancy, electrical insulation, chemical resilience, oil resistance, and water repellency. It demonstrates compatibility with PVC, CR, NBR, and more, functioning as a flame-retardant for ABS, enclosures for wires and electronics, foaming agent for flexible PVC, a special synthetic rubber, a modifier for standard synthetic rubbers, and a plasticizer for various plastics including PVC.
Currently, the company boasts a team of five senior R&D professionals and over twenty intermediate R&D staff, collaborating within more than twenty teams to achieve numerous outstanding accomplishments. In a joint venture with renowned foreign enterprises, we are developing a groundbreaking product that addresses the challenges of traditional plastic formulations, including ingredient complexities and high costs, with remarkable success. Leveraging advanced processing technologies and comprehensive testing methodologies, our commitment to continuous exploration and focused R&D drives us to partner with research institutions year-round, fostering the ongoing creation of innovative products and processes.
Q1. Are you a manufacturing enterprise or a trading company?
Hello, we are the manufacturer.
Q2. What payment terms do you accept?
We accommodate various payment methods, including FOB and CIF, among others, and assure you of the most competitive pricing.
Q3. Do you offer free samples to customers?
Yes, we provide complimentary samples to assist with your testing needs; however, shipping costs will apply.
Q4. How can I place an order for your products?
You may inquire about product pricing and specifications online, and our team will promptly respond to your queries.
Q5. Is technical support available during the testing phase?
Certainly, our skilled technical team is on hand to aid with sample testing and extend technical assistance to our clients.
Q6. What are the proper storage conditions for the product?
When handling the product, ensure cleanliness and protection from sunlight, rain, high temperatures, and humidity to prevent packaging damage. Store in a cool, dry location out of direct sunlight at temperatures below 40°C for up to two years. Post this period, the product remains viable if it passes a performance inspection.
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