Polybond® Polyethylene-Based Coupling Agents

Polybond® Polyethylene-Based Coupling Agents

Key Applications

polyolefin, nylon, EVOH, HFFR wire and cable compounds, ink adhesion, metal adhesion, SAN, PC

Product Description

Polybond® Polyethylene-Based Coupling Agents are coupling agents, compatibilizers and adhesion promoters for glass, mica, talc, wood, and natural fiber reinforced polypropylene giving enhanced physical and thermal properties.

Learn More About Polybond 3200 as a Coupling Agent


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namekey propertiesdocumentation
Polybond® 1009 Polybond® 1009 can be applied as a coupling agent for glass or mica filled polyethlyene and provide good adhesion to aluminum, stainless steel, tin-plated steel, and a variety of other substances. SDS* TDS
Polybond® 3009 Polybond® 3009 is a coupling agent for filled PP systems that provides improved physical properties including strength and impact resistance. It provides good adhesion in film and sheet applications. SDS* TDS
Polybond® 3029 Polybond® 3029 provides improved tensile, flexural, and impact strength, as well as lower water absorption compared to general purpose coupling agents. It is ideal in wood and natural fiber-filled polyethylene compsites. SDS* TDS
Polybond® 3039 Polybond® 3039 promotes good dispersion in wood-plastic formulations where powdered ingredients are pre-blended before mixing and extrusion. It is ideal for use in wood and natural fiber-filled polyethylene composites.  SDS* TDS
Polybond® 3109 SDS* TDS*
Polybond® 3149 Polybond® 3149 can be applied as a coupling agent for glass fiber, cellulose fiber, or mineral-fillled reinforced polyethylene. It is ideal for wire and cable applications.  SDS* TDS*
Polybond® 3349 Polybond® 3349 can be applied as a coupling agent for glass-filled polyethylene composites with high mineral filler levels. It gives enhanced hydrolytic stabiility and strength to compatibalized polyethylene/polyamide blends. It also functions as a process aid for halogen-free wire and cable compounds by providing improved dispersion and mechanical properties.  SDS* TDS*