Plast Anti Fog Plast Anti Block Plast Antioxidant Plast Anti Rodent Plast Antiscratch Plast Antislip Plast Anti Static Plast Dessicant Plast Flame Retardant Plast Anti Termite Plast Modifier Plast Lubricant Plast Anti Microbial/ Antifungal Plast Nucleating Plast Smell Remover Plast Optical Brightner Plast Oxo-biodegradable Plast PPA Plast Slip VCI Additive Previous Next Learn More Anti Slip Additive PLAST ANTISLIP MB 121 PE is based on inorganic actives to create micro roughness on film surfaces, increases Coefficient of friction & prevents slippage of PE, PP Films in contact with each other. It’s used in PP based high thickness bags like Woven Sacs, PE based bags for food & industrial applications to create a sandpaper-like surface modification of thick films(>80 -100 microns). Also it’s used in antiskid surfaces, Injection & Blow molding applications. It belongs to the catergory of High molecular weight polyethylene based on inorganic actives to create micro roughness on film Surfaces which increases COF and prevents slippage of polymer Films in contact with each other. In a few cases organic actives are also used for specific applications. In general, polymers have average coefficients of friction, but not as high as desired for anti-slip applications. Anti-slip additives are better known as compounds that work directly opposite to Slip additives ( ie) internal lubricants. They make it more difficult to move a surface beyond another surface. By and large it is used for making high thickness bags like Woven Sacs, high thickness LDPE bags .It is approved for food contact applications also. A few industrial applications requires high thickness PE bags with extremely high anti slip features, hence the production of films with rough surface is produced by achieving a very limited slip effect between the surfaces .They are recommended to create a sandpaper-like surface modification of thick films (>80 to 100 microns) used for Industrial packaging applications. Key advantages of Bajaj Anti Slip Additives Improves the heating-resistance, rigidity and tightness properties of end product. It reduces molding times, exhibits good dispersion and provides heat conduction during Injection moulding process.. To certain extent it reduces shrinkage ratio of final products to improve size stability as well. Although it produces a rough surface on the substrate , yet does not contain any abrasive ingredients. Despite having mineral contents , It has no adverse effect on screw wear during extrusion process.