LL5405S is a Linear Low Density Polyethylene (LLDPE) developed for blown film extrusion. Films obtained with this product show a good processing performance balanced with good mechanical properties as well as processability. Very low gel amount. Additives: Antiblocking, Slip Applications: Film, Blends with HDPE, Bags

M2520 is a linear low density polyethylene, produced with metallocene catalyst. It presents excellent processability and mechanical propriety balance. Applications: Houseware, Parts with high mechanical resistance, Masterbatches, Caps Processes: Injection Molding, Extrusion (when used as masterbatch)

ML2400N is a linear low density polyethylene with narrow molecular weight distribution. It presents good flexibility and low warpage. Applications: Caps, Houseware, Large flat injection molded articles, Masterbatches Processing Conditions: Extrusion, Injection Molding

The resin ML3400N is a Linear Low Density Polyethylene developed for rotational molding. Technical Characteristics: Good surface finishing Excellent processability Low warpage UV and heat stabilization Additives: Weathering resistance UV8 and antioxidants Applications: Kayak, Toys, General use articles, Automotive article, Agricultural article Processes: Rotational Molding

The resin ML3601U is a Linear Low Density Polyethylene indicated for rotational molding. Technical Characteristics: Good surface finishing Excellent impact resistance Creep Resistance UV and heat stabilization Additives: Weathering resistance UV14 and antioxidants. Applications: Large tanks for water storage, Septic tanks, Storage tanks for chemical and agricultural products, Water tanks

The resin ML3602U is a Linear Low Density Polyethylene indicated for rotational molding. Technical Characteristics: Good surface finishing Excellent processability Standard color for natural parts Excellent balance between stiffness and impact resistance UV and heat stabilization Additives: Weathering resistance UV8 and antioxidants. Applications: Parts with high mechanical resistance, Technical parts

ML440ON is a LLDPE resin butene comonomer especially developed for the rotational molding process in the application of water tank up to 2000L (inclusive). Technical Characteristics: - Good surface finishing - High stiffness - Excellent processability - UV radiation and heat stabilization - Indicated for use on colored pieces Additives: - Weathering resistance UV8 and antioxidants Applications: - Water tanks, General use articles

PLURIS9300 is a Quateropolymer unique properties, such as high stiffness associated with toughness. It is easier to process than conventional LLDPE with the same melt index and shows very good bubble stability. Films obtained with this product have very low gel values. It contains processing Aid, antioxidant and antiblock additives. Applications: Blends with HDPE, Blends with LDPE, General use packing, Industrial Sacks, Liners Process: Blown Film Extrusion.

Braskem PROXESS2606 is a linear low density polyethylene (LLDPE) produced through metallocene catalyst and recommended to blown film extrusion. Films obtained with this grade exhibits high mechanical strength, better sealing, high transparency and comparable contraction levels. These properties make this product a versatile option for both monolayer and multilayer films. Additives: Antioxidants, Processing Aid Applications: Ice bag, Industrial Sacks, Mortar bag, Sandbag, Shrink film Process: Blown Films Extrusion

PROXESS3310 is a copolymer produced with metallocene catalyst with excellent processability, besides rigidity combined with good mechanical properties. Applications: Technical films, Coextrusion, Films for lamination, General use films Processes: Single Layer Tubular Film Extrusion and Coextrusion

PROXESS1509XP is a copolymer produced with a metallocene catalyst that exhibits excellent processability and has a special additive package that gives greater stability to COF after lamination. Additives: Antioxidant, Slip Agent, Antiblocking, Polymer Processing Aid Applications: Technical Films for Lamination, Technical films for automatic packaging, Coextrusion, Packing for liquid products Process: Blown Films Extrusion

Braskem PROXESS1809 is a copolymer produced through metallocene catalyst that shows excellent processability for blown and cast film extrusion. Applications: Coextrusion, General use films, High performance films, Stretch Films, Technical films for automatic packaging, Technical Films for Lamination Process: Blown Films Extrusion, Cast film extrusion

The linear low-density polyethylene RPL 0C1 WE is obtained from reverse logistics of industrial bags and it has a concentration of 100% recycled material. This product color is transparent. Applications: Industrial Sacks, Liners, Blends with HDPE, Blends with LLDPE, Blends with LDPE, General use packing Process: Blown Films Extrusion, Film Extrusion - General Use

The linar low-density polyethylene RPL 0C1 WE is obtained from reverse logistics of industrial bags and it has a concentration of 100% recycled material. This product color is white. Applications: Industrial Sacks, Liners, Blends with HDPE, Blends with LLDPE, Blends with LDPE, General use packing Process: Blown Films Extrusion, Film Extrusion - General Use

The linear low-density polyethylene RPL 4C2 BL is obtained from reverse logistic of industrial bags and it has a concentration of 55% recycled material. This product color is translucent blue. Applications: Industrial Sacks, Liners, Blends with HDPE, Blends with LLDPE, Blends with LDPE, General use packing Process: Blown Films Extrusion, Film Extrusion - General Use

The linear low-density polyethylene RPL 4C5 WE is obtained from reverse logistic of industrial bags and it has a concentration of 55% recycled material. This product color is white. Applications: Industrial Sacks, Liners, Blends with HDPE, Blends with LLDPE, Blends with LDPE, General use packing Process: Blown Films Extrusion, Film Extrusion - General Use

SLH0820/30AF is a LLDPE hexene copolymer produced by Braskem. It offers outstanding processability combined with excellent mechanical properties. Very low gel amount. The minimum biobased carbon content of this grade is 84%, determined according to ASTM D6866. Additive: Processing Aid, Antiblocking. Applications: Industrial Sacks, Blends with HDPE, Blends with LDPE, Laminates, Bags with valve Process: Blown Film Extrusion

SLH118/21 is a Linear Low Density Polyethylene developed for tubular blown film extrusion. Films obtained with this product show good processing performance balanced with good optical and elongation properties, as well as very low gel amount. The minimum biobased carbon content of this grade is 84%, determined according to ASTM D6866. Additives: Slip, Antiblock Applications: Blends with HDPE, General use packing, Blends with LDPE, Technical films, Technical films for automatic packaging Process: Blown Film Extrusion

SLH118 is a Linear Low Density Polyethylene developed for blown film extrusion. Films obtained with this product show a good processing performance balanced with good optical and mechanical properties as well as sealability. Very low gel amount. It contains an oxidant additives. The minimum biobased carbon content of this grade is 84%, determined according to ASTM D6866 Applications: Blends with HDPE, Industrial Sacks, Blends with LDPE, Stretch Films, Flexible Packaging (Tubular Films), Liners, General use packing, Blends for irrigation pipes Process: Blown film extrusion.

SLH218 is a LLDPE Hexene copolymer produced by Braskem. It shows a good balance between optical properties, mechanical properties (Mainly stretchability), sealability and processability. Very low gel contained. The minimum biobased carbon content of this grade is 84%, determined according to ASTM D6866. Applications: Blends with HDPE, Stretch Films, Medium voltage XLPE insulation, Liners, Flexible Packaging (Cast Films)., Blends with LDPE, General use packing, Blends for irrigation pipes, Low voltage XLPE insulation, Wire insulation Process: Cast Film Extrusion, Blown Film Extrusion

SLL118/21 is a LLDPE Butene copolymer produced by Braskem. It was specially designed to provide outstanding processing performance. Films obtained with this grade show good physical and optical properties and enhanced sealability. The minimum biobased carbon content of this grade is 87%, determined according to ASTM D6866. Additive: Slip, Antiblock. Applications: Blends with HDPE, Blends with LDPE, Technical films for automatic packaging, Technical films, Liners Process: Blown Film Extrusion

SLL118 is a Linear Low Density Polyethylene, copolymer of butene-1. Developed for blown film extrusion in blends with polyethylenes. Films obtained with this product show a good processing performance balanced with good optical and mechanical properties as well as sealability. Very low gel amount. It contains an oxidant additives. The minimum biobased carbon content of this grade is 87%, determined according to ASTM D6866. Applications: Blends with HDPE, Industrial Sacks, Blends with LDPE, Stretch Films, Flexible Packaging (Tubular Films), Liners, General use packing, Blends for irrigation pipes Process: Blown film extrusion.

Description: SLL218/21 is a LLDPE Butene copolymer produced by Braskem. It was specially designed to provide outstanding processing performance. Films obtained with this grade show good physical and optical properties and enhanced sealability. The minimum biobased content of this grade is 87%, determined according to ASTM D6866. Applications: Blends with HDPE, Blends with LDPE, Liners, Roll films for automatic packaging Process: Blown Film Extrusion, Extrusion Blow Molding

Description: SLL218 is a Linear Low Density Polyethylene, copolymer of butene-1. Developed for cast film extrusion. Films obtained with this product show a good processing performance balanced withgood optical and mechanical properties as well as processability. Very low gel amount. It contains antioxidant additives. The minimum biobased content of this grade is 87%, determined according to ASTM D6866. Applications: Blends with HDPE, Blends with LDPE, General use packing, Liners, Stretch Films Process: Cast film extrusion

SLL318 is a Linear Low Density Polyethylene, copolymer of butene-1. Developed for cast film extrusion. Films obtained with this product show good mechanical properties and enhanced sealability. It contains an oxidant additives. The minimum biobased carbon content of this grade is 87%, determined according to ASTM D6866. Applications: Blends with HDPE, Stretch Films, Medium voltage XLPE insulation, Liners, General use packing, Blends for irrigation pipes, Blends with LDPE, Low voltage XLPE insulation, Wire insulation Process: Cast film extrusion

SLL5405S is a LLDPE Butene copolymer produced by Braskem. It is a general purpose product that shows a good processing performance balanced with good mechanical properties as well as sealability. This product has very low gel amount. The minimum biobased content of this grade is 87%, determined according to ASTM D6866. Additives: Slip, Antiblocking. Applications: Film Processes: Blown Film Extrusion

The linear low-density polyethylene WCL L004 SCB is obtained from reverse logistic of industrial bags and it has a concentration of 100% recycled material. This product color is white. Applications: Blends with HDPE, Liners, Industrial Sacks, Blends with LDPE, Blends with LLDPE, General use packing Processing: Blown Film Extrusion, Film Extrusion - General Use

The linear low-density polyethylene WCL L004 SCT is obtained from reverse logistic of industrial bags, it has a concentration of 100% recycled material. This product color is transparent. Applications: Industrial Sacks, Blends with LLDPE, Blends with LDPE, Blends with HDPE, General use packing Processing: Blown Film Extrusion, Film Extrusion - General Use

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.