Lead-Free Calcium Zinc Stabilizer Ca-Zn PVC Heat Stabilizer

Lead-Free Calcium Zinc Stabilizer Ca-Zn PVC Heat Stabilizer. superior thermal stability: provide reliable heat protection for PVC processing at termperatures upto 200 degree, preventing polymer chain decompostition and color shift to keep your final product. Excellent Electrical Insulation # Imparts high dielectric strength to PVC compounds, making our lead salt stabilizer the trusted choice for power cable insulation and communication cable sheathing. Wide Processing Compatibility # Works seamlessly across extrusion, injection molding, calendering, and compression molding processes, fitting both rigid and flexible PVC formulations without. Built-in Lubricating Effect # Improves melt flow and mold release during processing, reducing machine wear and boosting production line efficiency with no need for additional lubricants. Stop PVC Yellowing at High Temperatures # Our advanced formulation eliminates the discoloration and brittleness issues caused by prolonged heat exposure, ensuring your PVC pipes and profiles. No More Cracking in Outdoor Profiles # Engineered with strong UV resistance, our lead salt stabilizer prevents the surface cracking and aging that plague standard stabilizers in window and door. 30 percent Lower Dosage Required # With only 3 to 5 phr needed compared to 4 to 8 phr for alternative systems, our lead salt stabilizer delivers equivalent or better protection. 12-Month Shelf Life Guaranteed # Manufactured under strict SPC control with moisture-proof packaging, our stabilizer maintains full activity for 12 months, giving you flexible inventory management. D50 Particle Size 5 to 15 # Precision micronization technology ensures uniform dispersion in your PVC compound, eliminating the streaking and uneven stabilization that disrupt consistent batch. Cut Your Formulation Cost, Not Your Quality # Switch from calcium-zinc systems to our high-efficiency lead salt stabilizer and reduce stabilizer dosage to 3 to 5 phr while maintaining or even improvin.