BYNEL™ Series 3000 resins are anhydride-modified ethylene vinyl acetate polymers. They are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene (PE) resins. Composition - Low% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ 3000 series resins are typical of EVA resins with similar density and melt index values. Applications - BYNEL™ 30E905 is specifically designed to provide high adhesion to both metals and polyolefins when converted into film form and used as a thermal lamination film. It has a low coefficient of friction for easy film handling and provides strong bonds that fail cohesively. - BYNEL™ 3000 series resins adhere to a wide variety of materials. They are most often used to adhere to PE, ionomers, EVA and polyamide.

BYNEL™ Series 3100 resins are acid/acrylate-modified ethylene vinyl acetate polymers. They are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene (PE) resins. Characteristics / Benefits - Physical properties of BYNEL™ Series 3100 resins are typical of EVA resins with similar density and melt index values. Applications - BYNEL™ 3100 series resins adhere to a wide variety of materials. They are most often used to adhere to PE, ionomers, EVA, and in some cases PVC, PS. HIPS, and PP.

BYNEL™ Series 3800 resins are anhydride-modified ethylene vinyl acetate polymers. They are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene (PE) resins. Composition - Low% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of most BYNEL™ Series 3800 resins are typical of EVA resins with similar density and melt index values. Applications - BYNEL™ 3810 is most often used in coextrusion of PS or HIPS to EVOH in barrier sheet for thermoforming.

BYNEL™ Series 3800 resins are anhydride-modified ethylene vinyl acetate polymers. They are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene (PE) resins. Composition - Low% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ Series 3800 resins are typical of EVA resins with similar density and melt index values.

BYNEL™ Series 3800 resins are anhydride-modified ethylene vinyl acetate polymers. They are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene (PE) resins. Composition - Low% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ Series 3800 resins are typical of EVA resins with similar density and melt index values.

BYNEL™ Series 3900 resins are anhydride-modified ethylene vinyl acetate polymers. They are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene (PE) resins. Composition - Low% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ Series 3900 resins are typical of EVA resins with similar density and melt index value. Applications - BYNEL™ 3900 series resins are most often used to adhere to EVA, EVOH, ionomer, polyamide and PE.

BYNEL™ Series 3900 resins are anhydride-modified ethylene vinyl acetate polymers. They are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene (PE) resins. Composition - Low% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ Series 3900 resins are typical of EVA resins with similar density and melt index value. Applications - BYNEL™ 3900 series resins are most often used to adhere to EVA, EVOH, ionomer,polyamide and PE.

BYNEL™ 4000 series resins are anhydride-modified, high-density polyethylene resins. BYNEL™ 4000 series resins are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene (PE) resins. BYNEL™ 40E1053 is a grade with a higher level of anhydride modification, and is mainly intended for use as a component in a blend with other polyolefin resins. It is not intended for extrusion in its pure form in typical extrusions or coextrusions. Composition - Ultra High% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ 4000 grades are typical of high density polyethylene resins with similar density and melt index values. Applications - BYNEL™ Series 4000 resins are excellent moisture barriers and have a good hydrocarbon resistance. This unique combination of properties makes them useful in a variety of coextrusion applications. HDPE/EVOH tubing and HDPE/Polyamide bottles for agricultural chemicals are just two examples. - BYNEL™ 4000 series resins are most often used in coextrusion with EVA, EVOH, polyamide and PE.

BYNEL™ Series 4000 resins are anhydride-modified, high-density polyethylene resins. They are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene (PE) resins. Composition - Low% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ 4000 grades are typical of high density polyethylene resins with similar density and melt index values. Applications - BYNEL™ Series 4000 resins are excellent moisture barriers and have a good hydrocarbon resistance. This unique combination of properties makes them useful in a variety of coextrusion applications. HDPE/EVOH tubing and HDPE/Polyamide bottles for agricultural chemicals are just two examples. - BYNEL™ 4000 series resins are most often used in coextrusion with EVA, EVOH, polyamide and PE.

BYNEL™ Series 4100 series resins are anhydride-modified, linear low-density polyethylene (LLDPE) resins. All BYNEL™ Series 4100 series resins are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene resins. Composition - Low% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ Series 4100 resins are typical of linear low density polyethylene resins with similar density and melt index values. Use of these adhesive resins in coextruded PE/barrier structures offers improved thermal resistance over that of ethylene vinyl acetate-based adhesive resins. Applications - BYNEL™ 4100 series resins adhere to a variety of materials. They are most often used to adhere to EVOH, polyamide, PE and ethylene copolymers. Series 4100 resins can be used in coextrusion processes including: - blown film - cast film/sheet - blow molding - melt and solid phase thermoforming - sheet and tubing LLDPE resins are known for their temperature resistance, clarity and toughness. These physical properties make the 4100 series resins work well in applications such as: - boil-in-bag structures - blow molded containers in which drop strength is important - bag-in-box films - film where LLDPE is the heat seal layer.

BYNEL™ Series 4100 series resins are anhydride-modified, linear low-density polyethylene (LLDPE) resins. All BYNEL™ Series 4100 series resins are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene resins. Composition - Low% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ Series 4100 resins are typical of linear low density polyethylene resins with similar density and melt index values. Use of these adhesive resins in coextruded PE/barrier structures offers improved thermal resistance over that of ethylene vinyl acetate-based adhesive resins. Applications - BYNEL™ 4100 series resins adhere to a variety of materials. They are most often used to adhere to EVOH, polyamide, PE and ethylene copolymers. Series 4100 resins can be used in coextrusion processes including: - blown film - cast film/sheet - blow molding - melt and solid phase thermoforming - sheet and tubing LLDPE resins are known for their temperature resistance, clarity and toughness. These physical properties make the 4100 series resins work well in applications such as: - boil-in-bag structures - blow molded containers in which drop strength is important - bag-in-box films - film where LLDPE is the heat seal layer.

BYNEL™ Series 4100 series resins are anhydride-modified, linear low-density polyethylene (LLDPE) resins. All BYNEL™ Series 4100 series resins are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene resins. Composition - Medium% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ Series 4100 resins are typical of linear low-density polyethylene resins with similar density and melt index values. Use of these adhesive resins in coextruded PE/barrier structures offers improved thermal resistance over that of ethylene vinyl acetate-based adhesive resins. Applications - BYNEL™ 4100 series resins adhere to a variety of materials. They are most often used to adhere to EVOH, polyamide, PE and ethylene copolymers. Series 4100 resins can be used in coextrusion processes including: - blown film - cast film/sheet - blow molding - melt and solid phase thermoforming - sheet and tubing LLDPE resins are known for their temperature resistance, clarity and toughness. These physical properties make the 4100 series resins work well in applications such as: - boil-in-bag structures - blow molded containers in which drop strength is important - bag-in-box films - film where LLDPE is the heat seal layer.

BYNEL™ Series 4100 resins are anhydride-modified, linear low-density polyethylene (LLDPE) resins. All 4100 series resins are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene (PE) resin. BYNEL™ 4140 is a grade with a higher level of anhydride modification, and is mainly intended for use as a component in a blend with other polyolefin resins. It is not intended for extrusion in its pure form in typical extrusions or coextrusions. Composition - High% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ Series 4100 resins are typical of linear low density polyethylene resins with similar density and melt index values. Use of these adhesive resins in coextruded PE/barrier structures offers improved thermal resistance over that of ethylene vinyl acetate-based adhesive resins. Applications - BYNEL™ 4100 series resins adhere to a variety of materials. They are most often used to adhere to EVOH, polyamide, PE and ethylene copolymers. Series 4100 resins can be used in coextrusion processes including: - blown film - cast film/sheet - blow molding - melt and solid phase thermoforming - sheet and tubing LLDPE resins are known for their temperature resistance, clarity and toughness. These physical properties make the 4100 series resins work well in applications such as: - boil-in-bag structures - blow molded containers in which drop strength is important - bag-in-box films - film where LLDPE is the heat seal layer.

BYNEL™ Series 4100 series resins are anhydride-modified, linear low-density polyethylene (LLDPE) resins. All BYNEL™ Series 4100 series resins are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene resins. Composition - Low% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ Series 4100 resins are typical of linear low density polyethylene resins with similar density and melt index values. Use of these adhesive resins in coextruded PE/barrier structures offers improved thermal resistance over that of ethylene vinyl acetate-based adhesive resins. Applications - BYNEL™ 4100 series resins adhere to a variety of materials. They are most often used to adhere to EVOH, polyamide, PE and ethylene copolymers. Series 4100 resins can be used in coextrusion processes including: - blown film - cast film/sheet - blow molding - melt and solid phase thermoforming - sheet and tubing LLDPE resins are known for their temperature resistance, clarity and toughness. These physical properties make the 4100 series resins work well in applications such as: - boil-in-bag structures - blow molded containers in which drop strength is important - bag-in-box films - film where LLDPE is the heat seal layer.

BYNEL™ Series 4100 series resins are anhydride-modified, linear low-density polyethylene (LLDPE) resins. All BYNEL™ Series 4100 series resins are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene resins. Composition - Medium% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ Series 4100 resins are typical of linear low density polyethylene resins with similar density and melt index values. Use of these adhesive resins in coextruded PE/barrier structures offers improved thermal resistance over that of ethylene vinyl acetate-based adhesive resins. Applications - BYNEL™ 4100 series resins adhere to a variety of materials. They are most often used to adhere to EVOH, polyamide, PE and ethylene copolymers. Series 4100 resins can be used in coextrusion processes including: - blown film - cast film/sheet - blow molding - melt and solid phase thermoforming - sheet and tubing LLDPE resins are known for their temperature resistance, clarity and toughness. These physical properties make the 4100 series resins work well in applications such as: - boil-in-bag structures - blow molded containers in which drop strength is important - bag-in-box films - film where LLDPE is the heat seal layer.

BYNEL™ 4100 series resins are anhydride-modified, linear low-density polyethylene (LLDPE) resins. BYNEL™ 4100 series resins are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene resins. Composition - Medium% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ 4100 resins are typical of linear low density polyethylene resins with similar density and melt index values. Use of these adhesive resins in coextruded PE/barrier structures offers improved thermal resistance over that of ethylene vinyl acetate-based adhesive resins. Applications - BYNEL™ 4100 series resins adhere to a variety of materials. They are most often used to adhere to EVOH, polyamide, PE and ethylene copolymers. BYNEL™ 4100 series resins can be used in coextrusion processes including: - blown film - cast film/sheet - blow molding - melt and solid phase thermoforming sheet - tubing LLDPE resins are known for their temperature resistance, clarity and toughness. These physical properties make the 4100 series resins work well in applications such as: - boil-in-bag structures - blow molded containers in which drop strength is important - bag-in-box films where LLDPE is the heat seal layer

BYNEL™ 4100 series resins are anhydride-modified, linear low-density polyethylene (LLDPE) resins. BYNEL™ 4100 series resins are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene resins. Composition - Medium% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ 4100 resins are typical of linear low density polyethylene resins with similar density and melt index values. Use of these adhesive resins in coextruded PE/barrier structures offers improved thermal resistance over that of ethylene vinyl acetate-based adhesive resins. Applications - BYNEL™ 4100 series resins adhere to a variety of materials. They are most often used to adhere to EVOH, polyamide, PE and ethylene copolymers. BYNEL™ 4100 series resins can be used in coextrusion processes including: - blown film - cast film/sheet - blow molding - melt and solid phase thermoforming - sheet and tubing LLDPE resins are known for their temperature resistance, clarity and toughness. These physical properties make the 4100 series resins work well in applications such as: - boil-in-bag structures - blow molded containers in which drop strength is important - bag-in-box films - film where LLDPE is the heat seal layer.

BYNEL™ 4100 series resins are anhydride-modified, linear low-density polyethylene (LLDPE) resins. BYNEL™ 4100 series resins are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene resins. Composition - Medium% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ 4100 resins are typical of linear low density polyethylene resins with similar density and melt index values. Use of these adhesive resins in coextruded PE/barrier structures offers improved thermal resistance over that of ethylene vinyl acetate-based adhesive resins. Applications - BYNEL™ 4100 series resins adhere to a variety of materials. They are most often used to adhere to EVOH, polyamide, PE and ethylene copolymers. BYNEL™ 4100 series resins can be used in coextrusion processes including: - blown film - cast film/sheet - blow molding - melt and solid phase thermoforming - sheet and tubing LLDPE resins are known for their temperature resistance, clarity and toughness. These physical properties make the 4100 series resins work well in applications such as: - boil-in-bag structures - blow molded containers in which drop strength is important - bag-in-box films - film where LLDPE is the heat seal layer.

BYNEL™ 4100 series resins are anhydride-modified, linear low-density polyethylene (LLDPE) resins. BYNEL™ 4100 series resins are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene resins. Composition - Medium% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ 4100 resins are typical of linear low density polyethylene resins with similar density and melt index values. Use of these adhesive resins in coextruded PE/barrier structures offers improved thermal resistance over that of ethylene vinyl acetate-based adhesive resins. Applications - BYNEL™ 4100 series resins adhere to a variety of materials. They are most often used to adhere to EVOH, polyamide, PE and ethylene copolymers. BYNEL™ 4100 series resins can be used in coextrusion processes including: - blown film - cast film/sheet - blow molding - melt and solid phase thermoforming - sheet and tubing LLDPE resins are known for their temperature resistance, clarity and toughness. These physical properties make the 4100 series resins work well in applications such as: - boil-in-bag structures - blow molded containers in which drop strength is important - bag-in-box films - film where LLDPE is the heat seal layer.

BYNEL™ 4100 series resins are anhydride-modified, linear low-density polyethylene (LLDPE) resins. BYNEL™ 4100 series resins are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene resins. Composition - Medium% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ 4100 resins are typical of linear low-density polyethylene resins with similar density and melt index values. Use of these adhesive resins in coextruded PE/barrier structures offers improved thermal resistance over that of ethylene vinyl acetate-based adhesive resins. Applications - BYNEL™ 4100 series resins adhere to a variety of materials. They are most often used to adhere to EVOH, polyamide, PE and ethylene copolymers. BYNEL™ 4100 series resins can be used in coextrusion processes including: - blown film - cast film/sheet - blow molding - melt and solid phase thermoforming - sheet and tubing LLDPE resins are known for their temperature resistance, clarity and toughness. These physical properties make the 4100 series resins work well in applications such as: - boil-in-bag structures - blow molded containers in which drop strength is important - bag-in-box films - film where LLDPE is the heat seal layer.

BYNEL™ Series 4100 series resins are anhydride-modified, linear low-densitypolyethylene (LLDPE) resins. All BYNEL™ Series 4100 series resins are available inpellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene resins. Composition - Medium% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ Series 4100 resins are typical of linear low density polyethylene resins with similar density and melt index values. Use of these adhesive resins in coextruded PE/barrier structures offers improved thermal resistance over that of ethylene vinyl acetate-based adhesive resins. Applications - BYNEL™ 4100 series resins adhere to a variety of materials. They are most often used to adhere to EVOH, polyamide, PE and ethylene copolymers. Series 4100 resins can be used in coextrusion processes including: - blown film - cast film/sheet - blow molding - melt and solid phase thermoforming - sheet and tubing LLDPE resins are known for their temperature resistance, clarity and toughness. These physical properties make the 4100 series resins work well in applications such as: - boil-in-bag structures - blow molded containers in which drop strength is important - bag-in-box films - film where LLDPE is the heat seal layer.

BYNEL™ Series 4100 resins are anhydride-modified, linear low-density polyethylene (LLDPE) resins. All 4100 series resins are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene (PE) resins. BYNEL™ 41E710 is a grade with a higher level of anhydride modification, and is mainly intended for use as a component in a blend with other polyolefin resins. It is not intended for extrusion in its pure form in typical extrusions or coextrusions. Composition - High% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ Series 4100 resins are typical of linear low density polyethylene resins with similar density and melt index values. Use of these adhesive resins in coextruded PE/barrier structures offers improved thermal resistance over that of ethylene vinyl acetate-based adhesive resins. Applications - BYNEL™ 4100 series resins adhere to a variety of materials. They are most often used to adhere to EVOH, polyamide, PE and ethylene copolymers. Series 4100 resins can be used in coextrusion processes including: - blown film - cast film/sheet - blow molding - melt and solid phase thermoforming - sheet and tubing LLDPE resins are known for their temperature resistance, clarity and toughness. These physical properties make the 4100 series resins work well in applications such as: - boil-in-bag structures - blow molded containers in which drop strength is important - bag-in-box films - film where LLDPE is the heat seal layer.

BYNEL™ 4100 series resins are anhydride-modified, linear low-density polyethylene (LLDPE) resins. All 4100 series resins are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene (PE) resins. Composition - Low% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ 4100 series resins are typical of linear low-density polyethylene resins with similar density and melt index values. Use of these adhesive resins in coextruded PE/barrier structures offers improved thermal resistance over that of ethylene vinyl acetate-based adhesive resins. Applications - BYNEL™ 41E755 is specifically designed to provide high adhesion to both metals and polyolefins when converted into film form and used as a thermal lamination film. It has a low coefficient of friction for easy film handling and provides strong bonds that fail cohesively.

BYNEL™ 41E762 is an anhydride-modified, linear low-density polyethylene (LLDPE) resin. All BYNEL™ Series 4100 series resins are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene resins. Composition - Medium% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ Series 4100 resins are typical of linear low-density polyethylene resins with similar density and melt index values. Use of these adhesive resins in coextruded PE/barrier structures offers improved thermal resistance over that of ethylene vinyl acetate-based adhesive resins. Applications - BYNEL™ 4100 series resins adhere to a variety of materials. They are most often used to adhere to EVOH, polyamide, PE and ethylene copolymers. Series 4100 resins can be used in coextrusion processes including: - blown film - cast film/sheet - blow molding - melt and solid phase thermoforming - sheet and tubing LLDPE resins are known for their temperature resistance, clarity and toughness. These physical properties make the 4100 series resins work well in applications such as: - boil-in-bag structures - blow molded containers in which drop strength is important - bag-in-box films - film where LLDPE is the heat seal layer.

BYNEL™ Series 4100 series resins are anhydride-modified, linear low-density polyethylene (LLDPE) resins. All BYNEL™ Series 4100 series resins are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene resins. BYNEL™ 41E871 is a grade with a mediium-high level of anhydride modification, and is mainly intended for use as a component in a blend with other polyolefin resins. Composition - Medium% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ Series 4100 resins are typical of linear low-density polyethylene resins with similar density and melt index values. Use of these adhesive resins in coextruded PE/barrier structures offers improved thermal resistance over that of ethylene vinyl acetate-based adhesive resins. Applications - BYNEL™ 4100 series resins adhere to a variety of materials. They are most often used to adhere to EVOH, polyamide, PE and ethylene copolymers. Series 4100 resins can be used in coextrusion processes including: - blown film - cast film/sheet - blow molding - melt and solid phase thermoforming - sheet and tubing LLDPE resins are known for their temperature resistance, clarity and toughness, which make the 4100 series resins work well in applications such as: - boil-in-bag structures - blow molded containers in which drop strength is important - bag-in-box films - film where LLDPE is the heat seal layer.

BYNEL™ Series 4200 resins are anhydride-modified, low-density polyethylene resins containing anhydride. They are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene (PE) resins. Composition - Medium% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ Series 4200 resins are typical of low density polyethylene resins with similar density and melt index values. Applications - BYNEL™ 4200 series resins are specifically designed to provide high interlayer adhesion between: EVOH, polyamide, PE, ethylene copolymers and ionomers. Applications in which the use of these resins is advantageous include: - barrier bag-in-box films - large pouches for hospital, restaurant or institutional uses - rigid containers in which PE is the structural component. In addition, with their high adhesion to ionomers, these resins are advantageous in multi-layer ionomer/barrier constructions designed to package oily products.

BYNEL™ Series 4200 resins are anhydride-modified, low-density polyethylene resins containing anhydride. They are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene (PE) resins. Composition - Low% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ Series 4200 resins are typical of low density polyethylene resins with similar density and melt index values. Applications - BYNEL™ 4200 series resins are specifically designed to provide high interlayer adhesion between: EVOH, polyamide, PE, ethylene copolymers and ionomers. Applications in which the use of these resins is advantageous include: - barrier bag-in-box films - large pouches for hospital, restaurant or institutional uses - rigid containers in which PE is the structural component. In addition, with their high adhesion to ionomers, these resins are advantageous in multi-layer ionomer/barrier constructions designed to package oily products.

BYNEL™ Series 4200 resins are anhydride-modified, low-density polyethylene resins containing anhydride. They are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene (PE) resins. Composition - Medium% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ Series 4200 resins are typical of low density polyethylene resins with similar density and melt index values. Applications - BYNEL™ 4200 series resins are specifically designed to provide high interlayer adhesion between: EVOH, polyamide, PE, ethylene copolymers and ionomers. Applications in which the use of these resins is advantageous include: - barrier bag-in-box films - large pouches for hospital, restaurant or institutional uses - rigid containers in which PE is the structural component. In addition, with their high adhesion to ionomers, these resins are advantageous in multi-layer ionomer/barrier constructions designed to package oily products.

BYNEL™ Series 4200 resins are anhydride-modified, low-density polyethylene resins containing anhydride. They are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene (PE) resins. Composition - Medium% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ Series 4200 resins are typical of low density polyethylene resins with similar density and melt index values. Applications - BYNEL™ 4200 series resins are specifically designed to provide high interlayer adhesion between: EVOH, polyamide, PE, ethylene copolymers and ionomers. Applications in which the use of these resins is advantageous include: - barrier bag-in-box films - large pouches for hospital, restaurant or institutional uses - rigid containers in which PE is the structural component. - In addition, with their high adhesion to ionomers, these resins are advantageous in multi-layer ionomer/barrier constructions designed to package oily products.

BYNEL™ 4600 series resins are anhydride-modified, very low-density polyethylene (VLDPE) resins. All 4600 series resins are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene (PE) resins. BYNEL™ 46E1052 is a grade with a higher level of anhydride modification, and is mainly intended for use as a component in a blend with other polyolefin resins. It is not intended for extrusion in its pure form in typical extrusions or coextrusions. Composition - High% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ 4600 series resins are typical of very low-density polyethylene resins with similar density and melt index values. Applications - BYNEL™ 4600 series resins adhere to a variety of materials. They are most often used to adhere to EVOH, polyamide, PE and ethylene copolymers. BYNEL™ 4600 series resins can be used in coextrusion processes including: - blown film - cast film/sheet - blow molding - melt and solid phase thermoforming - sheet and tubing

BYNEL™ 4600 series resins are anhydride-modified, very low-density polyethylene (VLDPE) resins. All 4600 series resins are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene (PE) resins. BYNEL™ 46E1060 is a grade with a higher level of anhydride modification, and is mainly intended for use as a component in a blend with other polyolefin resins. It is not intended for extrusion in its pure form in typical extrusions or coextrusions. Composition - Ultra High% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Characteristics / Benefits - Physical properties of BYNEL™ 4600 series resins are typical of very low-density polyethylene resins with similar density and melt index values. Applications - BYNEL™ 4600 series resins adhere to a variety of materials. They are most often used to adhere to EVOH, polyamide, PE and ethylene copolymers. BYNEL™ 4600 series resins can be used in coextrusion processes including: - blown film - cast film/sheet - blow molding - melt and solid phase thermoforming - sheet and tubing

BYNEL™ Series 3800 resins are anhydride-modified ethylene vinyl acetate polymers. They are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene (PE) resins. Composition - Medium% By Weight Maleic Anhydride - Graft levels are defined as: - Low < 0.2%; Medium 0.2-0.5%; High 0.5-1.0%; Ultra high > 1.0% Features - Contains an amide based slip agent. Characteristics / Benefits - Physical properties of BYNEL™ Series 3800 resins are typical of EVA resins with similar density and melt index values.

CEFOR 1050B is a Linear Low Density Polyethylene Resin 1-Butene copolymer, produced in the Solution process. This resin is designed to be used in cast extrusion to produce films for stretch and health & hygiene applications. Complies with: - European Commission Regulation (EU) No 10/2011 - U.S. FDA 21 CFR 177.1520(c)3.2a Consult the regulation for complete details. Additive: - Antiblock: No - Slip: No - Processing Aid: No

CEFOR 1050P is a Linear Low Density Polyethylene Resin 1-Butene copolymer, produced in the Solution process. This resin is designed to be used in cast extrusion to produce films for stretch and health & hygiene applications. Complies with: - European Commission Regulation (EU) No 10/2011 - U.S. FDA 21 CFR 177.1520(c)3.2a Consult the regulation for complete details Additive: - Antiblock: No - Slip: No - Processing Aid: No

CEFOR 1210P is a butene Linear Low Density Polyethylene for general blown extrusion film applications. Main Characteristics: - Used in Industrial, Food & Specialty Packaging - Better optics and processability - Better color stability - Good sealing performance Complies with: - U.S. FDA 21 177.1520 (c) 3.2a . - EU. No 10/2011 Consult the regulations for complete details. Additive: - Antiblock: 2000ppm - Slip: 1200ppm - Processing Aid: No

CEFOR 1211P is a butene Linear Low Density Polyethylene for general blown film applications. Main Characteristics: - Used in Industrial, Food & Specialty Packaging - Better optics and processability - Better color stability - Good sealing performance Complies with: - U.S. FDA 21 177.1520 (c) 3.2a - EU. No 10/2011 Consult the regulations for complete details. Additive: - Antiblock: No - Slip: No - Processing Aid: No

CEFOR 1220P is a butene Linear Low Density Polyethylene for general blown film extrusion film applications. Main Characteristics: - Used in Industrial, Food & Specialty Packaging - Better optics and processability - Better color stability Complies with: - U.S. FDA 21 177.1520 (c) 3.2a - EU. No 10/2011 Consult the regulations for complete details. Additive: - Antiblock: 2000 - Slip: 1200 - Processing Aid: No

CEFOR 1221P is a butene Linear Low Density Polyethylene for general cast extrusion film applications. Main Characteristics: - Used in Industrial, Food & Specialty Packaging - Better optics and processability - Better color stability Complies with: - U.S. FDA 21 177.1520 (c) 3.2a - EU. No 10/2011 Consult the regulations for complete details. Additive: - Antiblock: No - Slip: No - Processing Aid: No

CONTINUUM™ DGDA-2420 NT Bimodal Polyethylene Resin is produced using UNIPOL™ II process technology. This product is formulated with a UV stabilizer for outdoor storage. This product may be utilized for pipe applications where long-term hydrostatic strength combined with outstanding resistance to slow crack growth and rapid crack propagation is desired. Suitable applications include natural gas distribution pipes, irrigation and drip tube. Industrial Standards Compliance: - ASTM D 3350: cell classification PE277370D - ISO PE 80 pipe grade - ASTM PE 2708 pipe grade - 1250 psi HDB @ 73F, 800 psi HDS at 73F, and 1000 psi HDB at 140F Consult the regulations for complete details.

CONTINUUM™ DGDA-2420 YL2 Bimodal Polyethylene Resin is produced using UNIPOL™ II process technology. This product is formulated with UV stabilizers for outdoor storage. This product may be utilized for pipe applications where long-term hydrostatic strength combined with outstanding resistance to slow crack growth and rapid crack propagation is desired. Suitable applications include natural gas distribution pipes. Industrial Standards Compliance: - ASTM D 3350: cell classification: -- Natural - PE277370D -- Yellow - PE277373E (Note A) - NSF International: Standard 14 - Canadian Standards Association (CSA): B137.4 - PE2708 PLUS - Plastics Pipe Institute (PPI): -- ASTM PE 2708 pipe grade - 1250 psi HDB at 73°F, 800 psi HDS at 73°F, and 1000 psi HDB at 140°F NOTES: (A) The first 5 numbers of the cell classification are based on natural resin. The last number and letter are based on yellow resin. (natural resin plus 2.0% DFDA 0022 YL2).