POLYBOND® 1009 polymer modifier by SI Group is an acrylic acid modified high density polyethylene copolymer-based polymer modifier. It is used for polyethylene to improve adhesion to metals and other polar surfaces. It... view more

POLYBOND® 3009 polymer modifier acts as a coupling agent for glass-filled- and mineral filled polyethylene. This additive offers improved strength and impact & physical properties. POLYBOND® 3009... view more

POLYBOND® 3029 polymer modifier by SI Group is used as a coupling agent in wood polyethylene composites where reduced water uptake and higher strength properties are required. Also used for... view more

POLYBOND® 3039 polymer modifier by SI Group is used as a coupling agent for wood polyethylene composites prepared by processes where powdered ingredients are blended prior to melt mixing. The non-dusting physical form... view more

POLYBOND® 3149 polymer modifier by SI Group is a developmental chemical coupling agent based on LLDPE. It is compatible with glass fiber, cellulose fiber and mineral filler-reinforced PE which provides enhanced... view more

POLYBOND® 3249 polymer modifier by {suppler} is used as a coupling agent for glass filled LLDPE and LLDPE composites with high mineral filler levels. It improves physical properties, strength and impact properties. This... view more

POLYBOND® 3349 polymer modifier by SI Group is maleic anhydride modified linear low density polyethylene. It acts as a coupling agent for glass-filled LLDPE and LLDPE composites with high mineral... view more

POLYBOND® 6029 polymer modifier by SI Group is derived from renewable resources. It is used as a coupling agent for applications requiring additives based on green chemistry (renewable fillers & reinforcements). Also... view more

POLYBOND® 3109 by SI Group is maleic anhydride modified linear low density polyethylene-based coupling agent... view more

POLYBOND® 6009 polymer modifier by SI Group is derived from renewable resources. It is used as a coupling agent for applications requiring additives based on green chemistry (renewable fillers &... view more