To protect content by absorbing UV rays on the plastic surface

To improve machinability by preventing die build-up and lowering torque while pressing plastic

To give viscosity on the plastic surface for adhesion

To maintain twisted plastic films

To make plastic films easy to tear

To suppress generation of gel and carbide by controlling oxidation and decomposition by heat during plastic processing

To lower the temperature of preserved product by releasing heat from plastic

To prevent or suppress fire by giving fire resistance to plastic.

To prevent blocking, when plastic surfaces are stuck together, by creating small bumps on the surface

To prevent water drops forming on the surface by improving wetting of plastic film surface

To prevent static electricity on the surface after molding a plastic product

To prevent oxidation and decomposition of plastic raw material during molding

To suppress plastic surfaces sticking together by creating slip on them (improved ability to open)

To suppress plastic surfaces sticking together by creating slip on them at a high temperature

To improve transparency and strength of products during plastic processing

To suppress bacteria growth from content packaged with a film or mold growing on plastic surface

To suppress rust on the surface of metal content packaged with a plastic film

To reduce weight and prevent shrinkage by foaming cell during plastic processing

To easily clean the cylinder and screw inside extrusion, injection, and other molding machines