Enable™ 1617PA is an ethylene 1-hexene copolymer. Enable™ 1617PA is designed to deliver enhanced processability on cast film lines with excellent shear thinning characteristics designed to provide flow to theedges of dies with stable melt curtain. The film properties such as tensile, dart impact and puncture are excellent, while exhibiting superior optical properties such as haze and gloss.

Enable™ 2005 resins are ethylene 1-hexene copolymers. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. TnPP is not intentionally added to Enable™ 2005 resins.

Enable™ 2005CB resin is an ethylene 1-hexene copolymer. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. Enable™ 2005CB resin is available for blown film, both formulated and non-formulated.

Enable™ 2005RA is an ethylene 1-hexene copolymer resin. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Enable™ 2005RA.

Enable™ 2005RE is an ethylene 1-hexene copolymer resin. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with this superior drawdown and enhanced toughness. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Enable™ 2005RE.

Enable™ 2010 resins are ethylene 1-hexene copolymers. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. TnPP is not intentionally added to Enable™ 2010 resins.

Enable™ 2010CB resin is an ethylene 1-hexene copolymer. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Enable™ 2010CB is a heavily stabilized formulation for cast film processing.

Enable™ 2010CB performance polymer resin is an ethylene 1-hexene copolymer. It is an excellent blend partner in halogen-free flame retardant compounds, LV silane cross-linkable insulation and cable jacketing to enhance mechanical properties such as tensile strength, elongation, tear and crack resistance. It combines good processability and provides melt strength for improved dimensional stability. Sufficient Cu-inhibitor should be added to meet specific aging requirements in insulation. For jacketing applications, addition of carbon black or UV stabilizer is required.

Enable™ 2010PA performance polymer resin is an ethylene 1-hexene copolymer. It is an excellent blend partner in halogen-free flame retardant compounds, LV silane cross-linkable insulation and cable jacketing to enhance mechanical properties such as tensile strength, elongation, tear and crack resistance. It combines good processability and provides melt strength for improved dimensional stability. Sufficient Cu-inhibitor should be added to meet specific aging requirements in insulation. For jacketing applications, addition of carbon black or UV stabilizer is required.

Enable™ 2010RA is an ethylene 1-hexene copolymer resin. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Enable™ 2010RA.

Enable™ 2010RE is an ethylene 1-hexene copolymer resin. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, incuding tensile, impact and puncture. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Enable™ 2010RE.

Enable™ 2203MC resin is an ethylene 1-hexene copolymer. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. TnPP is not intentionally added to Enable™ 2203MC resin.

Enable™ 2305 resins are ethylene 1-hexene copolymers. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. Enable™ 2305 resins are available with and without antiblock. TnPP is not intentionally added to Enable™ 2305 resins.

Enable™ 2305RA is an ethylene 1-hexene copolymer resin. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. Enable™ 2305 resins are available with and without antiblock. Fluoropolymers, or fluorine-containing compounds , and TNPP are not intentionally added to Enable™ 2305RA resins.

Enable™ 2305RI is an ethylene 1-hexene copolymer resin. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. Enable™ 2305 resins are available with and without antiblock. Fluoropolymers, or fluorine-containing compounds ,and TNPP are not intentionally added to Enable™ 2305RI resins.

Enable™ 2703MC resin is an ethylene 1-hexene copolymer. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. TnPP is not intentionally added to Enable™ 2703MC resin.

Enable™ 2703RA resin is an ethylene 1-hexene copolymer resin. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Enable™ 2703RA.

Enable™ 2705MC resin is an ethylene 1-hexene copolymer. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. TnPP is not intentionally added to Enable™ 2705MC resin.

Enable™ 2705RA is an ethylene 1-hexene copolymer resin. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Enable™ 2705RA.

Enable™ 3305 MQ resin is a medium density ethylene 1-hexene copolymer. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure MDPE replacement in many applications, yet with superior drawdown and enhanced toughness. TnPP is not intentionally added to Enable™ 3305 MQ resin.

Enable™ 3505MC resin is a medium density ethylene 1-hexene copolymer. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. TnPP is not intentionally added to Enable™ 3505MC.

Enable™ 3505MC performance polymer resin is an ethylene 1-hexene copolymer. It can be employed in medium and high density jacketing. It has a good balance of mechanical strength, abrasion and strong environmental stress crack resistance (ESCR). Sufficient carbon black or UV stabilizer should be added to meet cable jacketing specifications.

Enable™ 3505RA resin is a medium density ethylene 1-hexene copolymer resin. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significanthigh pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Enable™ 3505RA.

Enable 4002MC is a medium density ethylene 1-hexene copolymer. Enable 4002MC performance polymer provides blown film with high stiffness and shrink along with good optical properties. Excellent bubble stability leads to high output capability in monolayer and coextruded films. TnPP is not intentionally added to Enable 4002MC.

Enable™ 4002MC performance polymer resin is an ethylene 1-hexene copolymer. It can be employed in medium and high density jacketing with a good balance of mechanical strength, abrasion and strong environmental stress crack resistance (ESCR). Sufficient carbon black or UV stabilizer should be added to meet cable jacketing specifications.

Enable™ 4002RA is a medium density ethylene 1-hexene copolymer resin. Enable™ 4002RA performance polymer provides blown film with high stiffness and shrink along with good optical properties. Excellent bubble stability leads to high output capability in monolayer and coextruded films. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Enable™ 4002RA.

Enable 4009MC is a medium density ethylene 1-hexene copolymer that offers an outstanding balance between extrusion processing and film properties, including modulus, tensile, impact and puncture. TnPP is not intentionally added to Enable 4009MC.

Enable™ 4009MC performance polymer resin is an ethylene 1-hexene copolymer. It can be employed in medium and high density jacketing balancing good processability with mechanical strength, abrasion and environmental stress crack resistance (ESCR). Sufficient carbon black or UV stabilizer should be added to meet cable jacketing specifications.

Enable™ 4009RA is a medium density ethylene 1-hexene copolymer resin. that offers an outstanding balance between extrusion processing and filmproperties, including modulus, tensile, impact and puncture. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Enable™ 4009RA.

Enable™ 9365 is a medium density ethylene 1-hexene copolymer that offers an outstanding balance between extrusion processing and properties, including long term hydrostatic strength, gloss, and flexibility. Enable™ 9365RT has hydrostatic strength of PE-RT type 1 according to ISO 22391.

Enable™ 9365RT is a medium density ethylene 1-hexene copolymer that offers an outstanding balance between extrusion processing and properties, including long term hydrostatic strength, gloss, and flexibility. Enable™ 9365RT has hydrostatic strength of PE-RT type 1 according to ISO 22391.

AD 0433EH2 is a copolymer of ethylene and vinyl acetate.

Escorene Ultra AD 2528 is a very high flow rate, 27.6% VA copolymer, which is useful in formulating hot melt adhesives.

FL 00014 is a fractional MI copolymer of ethylene and vinyl acetate. For film requiring very high toughness, low creep, excellent optical properties and low gel.

FL 00018 is a fractional MI copolymer of ethylene and vinyl acetate. It offers combined toughness, good optical and sealing properties and low gel. In particular, its good behaviour in high frequency sealing, RF, is much appreciated.

FL 00112 is a fractional MI copolymer of ethylene and vinyl acetate offering low gel.

FL 00119 is a fractional MI copolymer of ethylene and vinyl acetate offering low gel.

FL 00206 is a copolymer of ethylene and vinyl acetate.

FL 00209 is a copolymer of ethylene and vinyl acetate. Processing Conditions Processing temperatures above 270 °C (518 °F) may cause resin degradation. Machines should always be purged with LDPE or a suitable cleaning compound before shutdown.

FL 00212 is a copolymer of ethylene and vinyl acetate. Processing Conditions Processing temperatures above 260 °C (500 °F) may cause resin degradation. Machines should always be purged with LDPE or a suitable cleaning compound before shutdown.