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Behenamide Slip Agent CAS 3061-75-4, High-Temperature Fatty Amide for Engineering Plastic

Behenamide Slip Agent CAS 3061-75-4, High-Temperature Fatty Amide for Engineering Plastic

Behenamide Slip Agent CAS 3061-75-4 is high-purity C22 long-chain primary fatty amide. Compared with stearamide, behenamide features superior thermal stability and higher melting point, suitable for high-temperature processing conditions of engineering plastics. When compounded into engineering plastic resins, it gradually migrates to the product surface and forms a thin lubricating film. This reduces friction between polymer melt and metal equipment, improving melt flow and lowering processing
Stearamide Powder CAS 124-26-5, Primary Amide for Rubber Plastic Lubrication & Mold Release

Stearamide Powder CAS 124-26-5, Primary Amide for Rubber Plastic Lubrication & Mold Release

Stearamide Powder CAS 124-26-5 is high-purity primary fatty amide processing additive. It is widely used as lubricant and mold release agent in rubber and plastic industries. After blending into polymer matrix, stearamide gradually migrates to the material surface and forms a thin lubricating layer. This layer reduces friction between resin and metal surfaces of extruders, molds and rollers, lowering processing torque and improving flowability of melts. It also prevents adhesion between molded p
Stearamide Slip Agent CAS 124-26-5, Fatty Amide for Plastic Lubricant & Release Agent

Stearamide Slip Agent CAS 124-26-5, Fatty Amide for Plastic Lubricant & Release Agent

Stearamide Slip Agent CAS 124-26-5 is high purity fatty primary amide derived from stearic acid. This organic slip additive blooms mildly to the surface of polyolefin materials after compounding. It reduces friction between polymer and metal processing equipment, functioning as both internal and external lubricant. During film extrusion, injection molding and thermoforming, stearamide also works as mold release agent to ease demolding and minimize surface defects of finished plastic parts. It of
Silicone Resin Powder Spherical Microbeads, for Plastic Film Opening & Cosmetic Texture

Silicone Resin Powder Spherical Microbeads, for Plastic Film Opening & Cosmetic Texture

Silicone Resin Powder Spherical Microbeads is high-performance spherical silicone resin microbead powder. With precisely controlled spherical particle shape and uniform particle size distribution, this material has good heat resistance, lubricity and chemical inertness. When added into polyolefin film systems, the rigid spherical microbeads form micro-protrusions on film surfaces. These micro bumps reduce contact area between stacked film layers, effectively solving film blocking problems and en
Silicone Microspheres Anti-Blocking Agent, Spherical Silicone Resin Powder for Film Slip & Matte

Silicone Microspheres Anti-Blocking Agent, Spherical Silicone Resin Powder for Film Slip & Matte

Silicone Microspheres Anti-Blocking Agent is premium spherical silicone resin microbead powder. The perfectly spherical particles have excellent heat resistance, lubricity and chemical inertness. When incorporated into plastic film formulations, these rigid silicone microspheres form tiny micro-protrusions on the film surface. The micro bumps reduce contact area between stacked film layers to prevent blocking and improve film slip performance. Meanwhile, the spherical beads scatter light evenly
Hollow Glass Microspheres, Low-Density Glass Beads for Plastic Filling & Weight Reduction

Hollow Glass Microspheres, Low-Density Glass Beads for Plastic Filling & Weight Reduction

Hollow Glass Microspheres are lightweight hollow glass microballoons designed as low-density functional filler for plastics and composite materials. Each microsphere features a thin, rigid glass shell with air-filled hollow interior, delivering ultra-low bulk density. When blended into plastic resin, the hollow beads reduce the overall density of finished parts and realize obvious weight reduction. The spherical structure ensures uniform dispersion and low viscosity increase during compounding.
Glass Microspheres Anti-Blocking Agent, Solid Glass Beads for Film Opening & Light Diffusion

Glass Microspheres Anti-Blocking Agent, Solid Glass Beads for Film Opening & Light Diffusion

Glass Microspheres Anti-Blocking Agent is high-performance solid glass microspheres functional filler, specially designed for polyolefin film modification. These rigid, spherical solid glass beads can be evenly dispersed inside film resin matrix. When incorporated into blown or cast film, the microspheres form tiny protrusions on the film surface. The raised micro-structure reduces contact area between stacked film layers and effectively solves film blocking trouble, improving film opening perfo
Sodium Aluminosilicate Powder, Anti-Blocking Agent for PE PP Film Rubber & Plastic

Sodium Aluminosilicate Powder, Anti-Blocking Agent for PE PP Film Rubber & Plastic

Sodium Aluminosilicate Powder is amorphous sodium aluminosilicate functional inorganic filler, designed as multi-purpose anti-blocking agent for polyolefin film, rubber and plastic systems. Its irregular fine particles disperse evenly inside polymer matrix and build tiny micro-protrusions on the product surface. The micro bump structure reduces contact area between stacked layers and effectively eliminates blocking issue, making film opening much easier. It features good whiteness, mild abrasion
Aluminum Silicate Anti-Blocking Agent CAS 12141-46-7, Calcined Aluminosilicate for Film Opening & Extender

Aluminum Silicate Anti-Blocking Agent CAS 12141-46-7, Calcined Aluminosilicate for Film Opening & Extender

Aluminum Silicate Anti-Blocking Agent is high-performance calcined aluminosilicate powder marked CAS 12141-46-7. After high-temperature calcination, raw aluminosilicate removes volatile impurities and moisture, forming rigid, uniformly shaped mineral particles. When dispersed in PE, PP and other polyolefin film matrices, these particles form tiny micro-protrusions on film surfaces. The micro roughness reduces contact area between stacked film layers to prevent blocking and greatly improve film o
Molecular Sieve Zeolite Powder, Anti-Blocking Desiccant for Plastic Film & Polymer Drying

Molecular Sieve Zeolite Powder, Anti-Blocking Desiccant for Plastic Film & Polymer Drying

Molecular Sieve Zeolite Powder is functional synthetic zeolite molecular sieve powder designed for plastic and polymer industries. The crystalline porous zeolite structure has abundant uniform micropores, which can selectively capture water molecules. When added into plastic film formulations, the rigid zeolite particles create micro-protrusions on film surfaces. This reduces contact area between stacked film layers and prevents blocking, improving film opening performance. Meanwhile, it works a
Zeolite Anti-Blocking Agent CAS 1318-02-1, Synthetic 4A Zeolite for Film Opening & Odor Adsorption

Zeolite Anti-Blocking Agent CAS 1318-02-1, Synthetic 4A Zeolite for Film Opening & Odor Adsorption

Zeolite Anti-Blocking Agent is high-performance synthetic 4A zeolite powder with CAS 1318-02-1. It features uniform microporous crystal structure and adjustable particle size. When blended into PE, PP and other polyolefin film formulations, rigid zeolite particles form micro-protrusions on the film surface. These tiny bumps reduce contact area between stacked film layers, effectively preventing film blocking and simplifying film opening during production and application. Besides anti-blocking pe
Calcined Diatomite Powder Anti-Blocking Agent, High-Purity Diatomaceous Earth for PE PP Film & Coating

Calcined Diatomite Powder Anti-Blocking Agent, High-Purity Diatomaceous Earth for PE PP Film & Coating

Calcined Diatomite Powder Anti-Blocking Agent is high-purity calcined diatomaceous earth mineral material. Through high-temperature calcination treatment, raw diatomite removes crystal water, organic impurities and volatile components, gaining lower moisture content, improved hardness and stable porous skeletal structure. When incorporated into PE and PP film systems, the calcined diatomite particles form micro-protrusions on film surface, reducing contact area between stacked film layers and pr

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