Chlorinated polyethylene
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High Quality CPE 135A Chlorinated Polyethylene Impact Modifer Chlorinatedpolyethylene CAS: 64754-90-1
CPE 135A Chlorinated Polyethylene Impact Modifer CAS: 64754-90-1
High Quality CPE 135A Chlorinated Polyethylene Impact Modifer CAS: 64754-90-1
PVC Impact Modifier 35% Chlorine Content CPE CAS 64754-90-1 Chlorinated Polyethylene
CPE 135A Chlorinated Polyethylene for Industrial Use
Industrial Chemical Product PVC Additive CPE135A Chlorinated Polyethylene
CPE 135A Chlorinated Polyethylene for Industrial Use Improve Impact Resistance and Green New Synthetic Material
Excellent White Powder Chlorinated Polyethylene Cm135b
Industrial Grade CPE White Powder Chlorinated Polyethylene Raw Material for PVC Processing
Rubber Grad Chlorinated Polyethylene for PVC Impact Modification
White Powder High Chlorine CPE Chlorinated Polyethylene for Heat Resistance Ink
HCPE High Chlorinated Polyethylene Chlorine for Road Marking Paint
Wholesale Price CPE High Cl Content Chlorinated Polyethylene for Inks
High Density PVC Impact Modifier CPE-135b Chlorinated Polyethylene
High Density Plastic CPE130A Industrial Chlorinated Polyethylene
High Density CPE135b Chlorinated Polyethylene for PVC Products
Impact Modifier CPE135A Industrial Grade CPE-135A Chlorinated Polyethylene
Impact Modifier Chlorinated Polyethylene CPE135A PVC Additives for Pipe/Fitting
Low-Viscosity Chlorinated Polyethylene CPE Anti-Die-Blockage Extrusion Additive for Thin-Wall Plates & Pipes
Light-Colored Product Compatible Chlorinated Polyethylene CPE Anti-Yellowing Modifier for Pale PVC Articles
Eco Low-Precipitation Chlorinated Polyethylene CPE Safe Additive for Household & Food-Contact Plastic Products
Wood Grain Foam Board Chlorinated Polyethylene CPE Complete Texture Anti-Whitening Crack After Bending
CPE135A Chlorinated Polyethylene Special Impact Toughening Modifier for Plastic Steel Door & Window Profiles
Sliding Door Track Profile Chlorinated Polyethylene CPE Wear Resistant Anti-Crack After Repeated Bending
Plastic Additive Chemicals CAS 63231-66-3 Chlorinated Polyethylene CPE 135A
Sourcing guidance for Chlorinated Polyethylene
What are the key technical specifications to consider when sourcing Chlorinated Polyethylene (CPE)?
When sourcing CPE, the most critical parameter is the Chlorine Content, typically ranging from 35% to 42%. For impact modification in PVC pipes and profiles, a chlorine content of 35% is standard. Additionally, you must verify the Heat of Fusion (Enthalpy), which indicates the degree of residual crystallinity; lower crystallinity ensures better low-temperature flexibility and impact resistance. Other vital specs include Volatile Content (<0.4%) and Shore A Hardness, which dictate the material's processing behavior and final product rigidity.
How do I ensure the CPE is compatible with my specific production requirements?
Compatibility depends on the Molecular Weight and Particle Size Distribution. For PVC modification, ensure the supplier provides CPE 135A grade, which is the industry benchmark for enhancing toughness. If you are using it for wire and cable insulation, you require CPE 135B or specialized grades with higher thermal stability and dielectric properties. Always request a Technical Data Sheet (TDS) and a Material Safety Data Sheet (MSDS) to confirm the chemical stability and compatibility with your existing stabilizers and lubricants.
What compliance standards and certifications are mandatory for international trade of CPE?
For global markets, ensure the supplier is ISO 9001:2015 certified for quality management. If the end product is for the US market, compliance with REACH (Registration, Evaluation, Authorisation and Restriction of Chemicals) is essential for EU exports, and UL certification is often required for electrical applications. For products involving food contact or water pipes, verify that the material meets NSF/ANSI standards or local FDA regulations to ensure no harmful heavy metals or residual monomers migrate into the environment.
What are the primary usage scenarios for different grades of CPE?
CPE is highly versatile: CPE 135A is primarily used as an impact modifier for rigid PVC products like window profiles, pipes, and fences. CPE 130A is often used for rubber-like applications due to its lower chlorine content and higher elasticity. In the automotive industry, it is used for hoses and gaskets because of its excellent oil and heat resistance. For the construction sector, it serves as a key component in waterproof membranes due to its superior weatherability and UV resistance.
Cross-Border Procurement & Risk Management for CPE
What are the common risks when purchasing CPE from overseas suppliers?
The primary risk is quality inconsistency, specifically the 'calcium carbonate loading' where suppliers add excess filler to reduce costs, which severely compromises impact strength. To mitigate this, use Made-in-China.com's Secured Trading services and insist on third-party pre-shipment inspections (like SGS or Intertek) to test the actual chlorine content and ash content. Another risk is moisture absorption during sea transit; ensure the supplier uses moisture-proof, multi-layer Kraft paper bags with PE inner liners.
How should I negotiate pricing and MOQs for bulk chemical orders?
CPE pricing is heavily influenced by raw material costs (HDPE and Chlorine) and environmental regulation shifts in the manufacturing region. Negotiate based on volume tiers, typically seeking a 5-10% discount for full container loads (FCL). For new buyers, start with a trial order of 1-5 tons to verify processing performance. On Made-in-China.com, look for 'Audited Suppliers' to ensure you are dealing with factories rather than small trading firms to secure factory-direct pricing.
What logistics and shipping precautions are unique to CPE?
CPE is generally classified as non-hazardous for transport, but it must be kept away from heat sources and direct sunlight to prevent agglomeration (caking). Request palletized packaging with shrink wrap to ensure stability during forklift handling. For international shipping, FOB (Free On Board) is recommended if you have a reliable freight forwarder, but CIF (Cost, Insurance, and Freight) is often more convenient for buyers to ensure the supplier handles the export clearance and maritime insurance.
How can I verify the transaction security and supplier credibility?
Always conduct transactions through secure payment channels that offer escrow-like protection. Before transferring large sums, check the supplier's Business License and Export Qualification on the Made-in-China.com platform. Review their Transaction History and Buyer Feedback. If possible, request a video audit of the production line to confirm their annual production capacity (e.g., 50,000 tons/year) matches their claims, ensuring they can support your long-term supply chain needs.





























