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Calcium Stearate Release Agent CAS 1592-23-0, Internal External Lubricant for PVC Polyolefin Early Coloring Improvement
Calcium Stearate Release Agent CAS 1592‑23‑0 is fine‑particle calcium salt of stearic acid. This multifunctional metallic soap provides balanced internal‑external lubricating property, auxiliary mold‑release effect and early‑coloring improvement for PVC and polyolefin systems. In rigid and flexible PVC processing, it suppresses initial thermal degradation and delays early discoloration of melt under high processing temperature. It reduces melt viscosity inside polymer matrix, meanwhile forms thi
Zinc Stearate Release Agent CAS 557-05-1, Internal Lubricant Heat Stabilizer Synergist for PVC Polyolefin & Rubber
Zinc Stearate Release Agent CAS 557‑05‑1 is white fine metallic stearate powder produced from stearic acid and zinc‑based raw materials. This multifunctional processing additive delivers internal lubrication, auxiliary mold‑release performance and synergistic heat‑stabilizing effect for polymer systems. In rigid and flexible PVC formulations, it cooperates with primary thermal stabilizers to suppress early thermal degradation. For polyolefin extrusion and injection molding, it optimizes melt flu
Extreme-Pressure Anti-Friction Release Agent Molybdenum Complex, Wear Resistance for Engineering Plastic & Rubber
Extreme‑Pressure Anti‑Friction Release Agent Molybdenum Complex is an organo‑molybdenum coordination compound designed for polymer systems. This solid powdered additive combines extreme‑pressure anti‑wear performance, friction‑reducing function and auxiliary mold‑release capability. Within engineering‑plastic matrix, it builds a durable lubricating transfer‑film on contact surfaces under frictional load, lowering friction coefficient and suppressing abrasive wear of moving plastic components. In
Internal Silicone Release Agent Masterbatch, Porous Carrier Pre-Dispersed for Injection Molding & BOPP Film
Internal Silicone Release Agent Masterbatch is pellet‑form functional masterbatch manufactured by impregnating high‑molecular‑weight silicone fluid into special porous thermoplastic carrier via pre‑dispersion technology. Unlike conventional simple melt‑extruded silicone masterbatch, the porous carrier structure enables homogeneous fixation of silicone ingredient, effectively avoiding silicone agglomeration. This masterbatch delivers both internal lubricating and internal mold‑release effects for
Bio-Based Release Wax Rice Bran Wax Derivative CAS 8016-60-2, Biodegradable Food-Contact Grade for Bioplastic & TPU
Bio‑Based Release Wax Rice Bran Wax Derivative CAS 8016‑60‑2 is refined and chemically modified plant‑based wax derived from rice‑bran oil by‑product. As a renewable bio‑based alternative to fossil‑sourced synthetic wax, this product meets food‑contact requirements and exhibits partial biodegradability. It provides coordinated internal and external lubricating as well as mold‑release functions for bioplastic and thermoplastic polyurethane (TPU). During melt processing, it reduces polymer melt vi
Rubber Release Wax Powder Modified PE CAS 9002-88-4, Industrial Seal & Rubber Part Easy Release No Staining
Rubber Release Wax Powder Modified PE CAS 9002‑88‑4 is specially modified low‑molecular‑weight polyethylene wax in fine powder form for rubber formulations. Through targeted surface modification treatment, this wax achieves good compatibility with various rubber polymer systems. It delivers both internal lubrication within rubber compound and external mold‑release effect during high‑temperature vulcanization. When the rubber mixture is heated inside hot molds, a thin isolating wax film is formed
Maleic Anhydride Grafted Wax Release Agent CAS 68441-17-8, Filler Dispersion for Engineering Plastic Compounding
Maleic Anhydride Grafted Wax Release Agent CAS 68441‑17‑8 is polyethylene‑based wax modified via maleic‑anhydride grafting reaction. Active anhydride functional groups are covalently attached to the non‑polar polyethylene backbone. Different from ordinary oxidized polyethylene wax, the reactive anhydride groups can interact with hydroxyl groups on the surface of glass fiber, talc, calcium carbonate and other inorganic fillers. It acts as an interfacial compatibilizer to enhance resin‑filler inte
Oxidized Polyethylene Wax (OPE) CAS 68441-17-8, Polyolefin Release for PE PP PS ABS Polyester Extrusion
Oxidized Polyethylene Wax (OPE) CAS 68441‑17‑8 is functional polyethylene wax manufactured by controlled oxidation of low‑molecular‑weight polyethylene. Carboxyl and hydroxyl polar groups are introduced onto the hydrocarbon molecular chain. Compared with conventional non‑polar PE wax, OPE shows better compatibility with polar polymer resins and inorganic fillers. It provides combined internal‑external lubricating and releasing functions. Inside the polymer matrix, internal lubrication decreases
PET Nucleating Release Agent Montan Sodium Salt CAS 8002-53-7, PET PBT Injection Molding 35% Cycle Reduction
PET Nucleating Release Agent Montan Sodium Salt CAS 8002‑53‑7 is refined long‑chain montanic acid sodium salt derived from lignite‑based crude montan wax. This multifunctional powder additive integrates nucleating effect and interfacial mold‑release lubricating property for PET and PBT polyester systems. During injection molding, it provides abundant heterogeneous nucleation sites to accelerate polyester crystal formation. Faster crystallization shortens the cooling duration inside mold cavities
Polyamide Nucleating Release Agent Montan Calcium Salt CAS 8002-53-7, PA Injection Molding Cycle Reduction
Polyamide Nucleating Release Agent Montan Calcium Salt CAS 8002‑53‑7 is refined metallic salt derived from montanic acid of lignite montan wax. This multifunctional additive integrates nucleating effect and mold‑release lubricating performance for polyamide systems. During PA injection molding, it acts as heterogeneous nucleation sites to accelerate polymer crystallization rate. Faster crystallization shortens cooling time inside the mold and reduces total molding cycle. Meanwhile, it provides i
Montan Polyester Wax Lubricant CAS 8002-53-7, Internal External Release for PET PBT PVC Rigid Calendering
Montan Polyester Wax Lubricant CAS 8002‑53‑7 is a refined polyester‑type montan wax derived from lignite crude montan wax via purification and polyester‑type esterification modification. Owing to its balanced polar‑non‑polar molecular structure, it delivers coordinated internal‑external lubricating and releasing functions. During rigid PVC calendering operations, it reduces sticking between molten PVC and hot calendar rollers, suppresses plate‑out and improves sheet surface finish. For PET and P
Montan E Wax Release Agent CAS 8002-53-7, Partially Saponified Ester Wax High-Gloss Low-Migration for PVC & Engineering Plastic
Montan E Wax Release Agent CAS 8002‑53‑7 is refined partially saponified montan ester wax derived from lignite‑based crude montan wax. After targeted saponification and ester modification, it combines moderate polar groups with long aliphatic hydrocarbon chains. This special molecular structure delivers coordinated internal and external lubricating and releasing functions. Compared with conventional synthetic waxes, it exhibits outstanding thermal stability, low volatility and distinctly low mig
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