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

A resina bimodal de polietileno CONTINUUM™ DGDA-2420 NT é produzida usando a tecnologia de processo UNIPOL™ II. Este produto é formulado com um estabilizador de UV para que possa ser armazenado ao ar livre. Este produto é indicado para o uso em tubulações diante de uma força hidrostática de longa duração e quando for necessário obter uma resistência excelente para diminuir o crescimento e a rápida propagação de rachaduras. Finalidades apropriadas incluem tubulações de distribuição de gás natural, irrigação e pingadouros. Cumprimento de padrões industriais: ASTM D 3350: classificação de célula PE277370D grau da tubulação ISO PE 80 grau da tubulação ASTM PE 2708 - 1250 psi HDB a 73F, 800 psi HDS a 73F e 1000 psi HDB a 140F Verifique os regulamentos para obter todos os detalhes.

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).