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High Temperature Expanding Microspheres CAS 38742-70-0 Automotive Paint Anti-slip Coating Matting Agent

High Temperature Expanding Microspheres CAS 38742-70-0 Automotive Paint Anti-slip Coating Matting Agent

High Temperature Expanding Microspheres CAS 38742-70-0 act as multi-functional matting and anti-slip additives for automotive paint systems. Microspheres expand uniformly during high-temperature curing, forming fine micro uneven texture on coating surface to achieve soft matte effect and stable anti-slip performance. It features excellent heat resistance, good compatibility with solvent-borne and waterborne automotive paints, outstanding wear resistance and long-lasting surface texture. It avoid
180-210℃ Thermoexpandable Microspheres CAS 38742-70-0 Cable Filling Compound Lightweight Additive

180-210℃ Thermoexpandable Microspheres CAS 38742-70-0 Cable Filling Compound Lightweight Additive

180-210℃ Thermoexpandable Microspheres CAS 38742-70-0 are high-temperature foaming additives developed specially for cable filling compound. Microspheres expand stably within 180–210 ℃ processing range to form fine closed-cell structure inside filling materials. It effectively lowers density, realizes lightweight and cuts raw material costs, while maintaining good flexibility, heat resistance and dimensional stability of cable filling compound. Featuring outstanding high-temperature resistance,
CAS 38742-70-0 Engineering Plastic Expandable Microspheres High Temp Extrusion Blowing Agent Weight Reduction

CAS 38742-70-0 Engineering Plastic Expandable Microspheres High Temp Extrusion Blowing Agent Weight Reduction

CAS 38742-70-0 Engineering Plastic Expandable Microspheres are high-temperature physical blowing agents customized for engineering plastic extrusion processes. The microspheres expand steadily under high-temperature extrusion conditions to form fine closed-cell structure inside materials. It realizes effective weight reduction, lowers raw material consumption while maintaining good mechanical properties and dimensional stability of plastic profiles. Featuring outstanding heat resistance, excelle
High Temperature Expandable Microspheres CAS 38742-70-0 PP PE Injection Molding Foaming Agent 160-220℃

High Temperature Expandable Microspheres CAS 38742-70-0 PP PE Injection Molding Foaming Agent 160-220℃

High Temperature Expandable Microspheres CAS 38742-70-0 are physical foaming agents designed for PP and PE injection molding. Within 160–220 ℃ processing range, microspheres expand evenly to form fine closed-cell structure inside plastic parts. It effectively lowers product density to achieve lightweight, reduces raw material consumption, and maintains good dimensional stability. With excellent heat resistance and great compatibility with PP, PE systems, uniform cell distribution and low shrinka
110-160℃ Thermoexpandable Microspheres CAS 38742-70-0 Automotive Underbody Coating Foaming Agent

110-160℃ Thermoexpandable Microspheres CAS 38742-70-0 Automotive Underbody Coating Foaming Agent

110-160℃ Thermoexpandable Microspheres CAS 38742-70-0 serve as dedicated foaming additives for automotive underbody coating. Microspheres expand uniformly within 110-160℃ heating range to form stable closed-cell structure inside chassis coating layers. It delivers excellent noise reduction, heat insulation and shock absorption performance, lowers coating density and improves anti-corrosion effect. Featuring good compatibility with solvent-based and waterborne underbody coating systems, stable fo
Synthetic Leather Expandable Microspheres CAS 38742-70-0 Sheepskin Effect Agent Medium Temperature Grade

Synthetic Leather Expandable Microspheres CAS 38742-70-0 Sheepskin Effect Agent Medium Temperature Grade

Synthetic Leather Expandable Microspheres CAS 38742-70-0 are medium-temperature sheepskin effect additives designed for synthetic leather finishing. Microspheres expand uniformly during heating curing, forming fine micro concave-convex texture on the leather surface to simulate soft matte sheepskin hand feel. It features great compatibility with PU and PVC synthetic leather coating systems, stable grain forming performance and long-lasting surface effect. Widely adopted for luggage, garment and
TPR Sole Foaming Microspheres CAS 38742-70-0 Medium Temperature Expandable Polymer Microspheres

TPR Sole Foaming Microspheres CAS 38742-70-0 Medium Temperature Expandable Polymer Microspheres

TPR Sole Foaming Microspheres CAS 38742-70-0 are medium temperature expandable polymer microspheres designed for TPR shoe sole production. Upon heating, microspheres expand evenly to form fine closed-cell structure inside TPR materials. It effectively lowers sole density to achieve lightweight, delivers soft hand feel and stable dimensional performance. Featuring good compatibility with TPR formulas, uniform cell distribution and low shrinkage, it is ideal foaming additive for slipper, casual sh
CAS 38742-70-0 3D Screen Printing Expandable Microspheres Medium Temperature Puff Ink Additive

CAS 38742-70-0 3D Screen Printing Expandable Microspheres Medium Temperature Puff Ink Additive

CAS 38742-70-0 Expandable Microspheres are medium-temperature foaming additives specially developed for 3D screen printing puff ink. When heated after printing, microspheres expand uniformly to form full three-dimensional embossed textures on fabric surfaces. Featuring moderate activation temperature, excellent dispersibility in puff ink and stable foaming height, it produces distinct stereo effect with firm adhesion and outstanding washing resistance. Widely applicable to various fabric puff pr
Medium Temp Expandable Microspheres CAS 38742-70-0 EPDM Rubber Physical Blowing Agent Density Reduction

Medium Temp Expandable Microspheres CAS 38742-70-0 EPDM Rubber Physical Blowing Agent Density Reduction

Medium Temp Expandable Microspheres CAS 38742-70-0 are physical blowing agents developed for EPDM rubber. Microspheres expand uniformly within medium temperature range to form fine closed-cell structure inside EPDM materials, effectively lowering product density and realizing lightweight effect. It boasts good compatibility with EPDM formulations, stable foaming performance, low shrinkage and consistent cell distribution, ideal for lightweight processing of EPDM sealing strips, gaskets and shock
120-150℃ Expanding Microspheres CAS 38742-70-0 Silicone Rubber Foaming Agent Lightweight Filler

120-150℃ Expanding Microspheres CAS 38742-70-0 Silicone Rubber Foaming Agent Lightweight Filler

120-150℃ Expanding Microspheres CAS 38742-70-0 serve as physical foaming agent and lightweight filler customized for silicone rubber. Microspheres expand uniformly within 120-150℃ processing range to form fine closed-cell structure inside silicone rubber. It effectively reduces product density, delivers excellent cushioning performance and low shrinkage rate. The product features good compatibility with silicone formulations, stable foaming effect, no residue, suitable for lightweight production
CAS 38742-70-0 Thermoplastic Expandable Microspheres for Artificial Leather Goat Skin Effect Additive

CAS 38742-70-0 Thermoplastic Expandable Microspheres for Artificial Leather Goat Skin Effect Additive

CAS 38742-70-0 Thermoplastic Expandable Microspheres serve as a special surface modifier for artificial leather to realize goat skin effect. When heated, microspheres expand uniformly and form fine micro-concave-convex structure on the leather surface, generating soft matte goat skin touch. It boasts good compatibility with artificial leather coating systems, stable texture forming performance, uniform grain and lasting surface effect, widely used in PU and PVC synthetic leather finishing proces
Medium Temperature Expandable Microspheres CAS 38742-70-0 PVC Shoe Sole Foaming Agent 110-160℃

Medium Temperature Expandable Microspheres CAS 38742-70-0 PVC Shoe Sole Foaming Agent 110-160℃

Medium Temperature Expandable Microspheres CAS 38742-70-0 are physical foaming agents specially developed for PVC shoe sole production with a foaming range of 110-160℃. Upon heating, microspheres expand evenly to form fine closed-cell structure inside PVC soles, delivering lightweight performance, soft hand feel and stable dimensional stability. It features moderate foaming temperature, good compatibility with PVC formulations, uniform cell distribution and low shrinkage, ideal for manufacturing

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