Exceed™ XP 7021ML is an extreme Performance linear low density polyethylene 1- hexene copolymer that is especially designed to have high melt strength and superior mechanical and optical properties. The combination of high toughness (impact and puncture), melt stability, superior flex crack resistance and good sealing performance makes this grade a versatile blown film resin. TnPP is not intentionally added to Exceed™ XP 7021ML.

Exceed™ XP 7021RA is an extreme Performance linear low density polyethylene 1-hexene copolymer that is especially designed to have high melt strength and superior mechanical and optical properties. The combination of high toughness (impact and puncture), melt stability, superior flex crack resistance and good sealing performance makes this grade a versatile blown film resin. Fluoropolymers, or fluorine- containing compounds, and TNPP are not intentionally added to Exceed™ XP 7021RA. Exceed™ XP 7021RA - when eXtreme Performance matters.

Exceed™ XP 7052ML is an extreme Performance linear low density polyethylene 1-hexene copolymer that is especially designed to have high melt strength and superior mechanical and optical properties. The combination of high toughness (impact and puncture), melt stability, superior flex crack resistance and good sealing performance makes this grade a versatile blown film resin. TnPP is not intentionally added to Exceed™ XP 7052ML.

Exceed™ XP 7052RA is an eXtreme Performance linear low density polyethylene 1-hexene copolymer that is especially designed to have high melt strength and superior mechanical and optical properties. The combination of high toughness (impact and puncture), melt stability, superior flex crack resistance and good sealing performance makes this grade a versatile blown film resin. Fluoropolymers, or fluorine- containing compounds, and TNPP are not intentionally added to Exceed™ XP 7052RA. Exceed™ XP 7052RA - when eXtreme Performance matters.

Exceed™ XP 8318MJ is an eXtreme Performance ethylene 1-hexene copolymer that offers step-out toughness, high flex-crack resistance and increased output with excellent bubble stability for a range of blown film applications. TnPP is not intentionally added to Exceed™ XP 8318MJ. Exceed™ XP 8318MJ - when eXtreme Performance matters.

Exceed™ XP 8318ML is an eXtreme Performance ethylene 1-hexene copolymer that offers step-out toughness, high flex-crack resistance and increased output with excellent bubble stability for a range of blown film applications. TnPP is not intentionally added to Exceed™ XP 8318ML. Exceed™ XP 8318ML - when eXtreme Performance matters.

Exceed™ XP 8318RJ is an eXtreme Performance ethylene 1-hexene copolymer that offers step-out toughness, high flex-crack resistance and increased output with excellent bubble stability for a range of blown film applications. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Exceed™ XP 8318RJ. Exceed™ XP 8318RJ - when eXtreme Performance matters.

Exceed™ XP 8318RL is an eXtreme Performance ethylene 1-hexene copolymer that offers step-out toughness, high flex-crack resistance and increased output with excellent bubble stability for a range of blown film applications. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Exceed™ XP 8318RL. Exceed™ XP 8318RL - when eXtreme Performance matters.

Exceed™ XP 8346CB is an eXtreme Performance ethylene 1-hexene copolymer that offers easy processing and improved toughness for a versatility of use in cast film applications. Exceed™ XP 8346CB when eXtreme Performance matters.

Exceed™ XP 8346PA is an eXtreme Performance ethylene 1-hexene copolymer that offers easy processing and improved toughness for a versatility of use in cast film applications. TnPP is not intentionally added to Exceed™ XP 8346PA. Exceed™ XP 8346PA - when eXtreme Performance matters.

Exceed™ XP 8358 is an eXtreme Performance ethylene 1-hexene copolymer that offers step-out toughness, high flex-crack resistance and increased output with excellent bubble stability for a range of blown film applications. TnPP is not intentionally added to Exceed™ XP 8358. Exceed™ XP 8358 - when eXtreme Performance matters.

Exceed™ XP 8358RJ is an eXtreme Performance ethylene 1-hexene copolymer that offers step-out toughness, high flex-crack resistance and increased output with excellent bubble stability for a range of blown film applications. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Exceed™ XP 8358RJ. Exceed™ XP 8358RJ - when eXtreme Performance matters.

Exceed™ XP 8358RL is an eXtreme Performance ethylene 1-hexene copolymer that offers step-out toughness, high flex-crack resistance and increased output with excellent bubble stability for a range of blown film applications. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Exceed™ XP 8358RL. Exceed™ XP 8358RL - when eXtreme Performance matters.

Exceed™ XP 8656MK is an eXtreme Performance ethylene 1-hexene copolymer that offers step-out toughness, high flex-crack resistance and increased output with excellent bubble stability for a range of blown film applications. TnPP is not intentionally added to Exceed™ XP 8656MK. Exceed™ XP 8656MK - when eXtreme Performance matters.

Exceed™ XP 8656ML is an eXtreme Performance ethylene 1-hexene copolymer that offers step-out toughness, high flex-crack resistance and increased output with excellent bubble stability for a range of blown film applications. TnPP is not intentionally added to Exceed™ XP 8656ML. Exceed™ XP 8656ML - when eXtreme Performance matters.

Exceed™ XP 8656RK is an eXtreme Performance ethylene 1-hexene copolymer that offers step-out toughness, high flex-crack resistance and increased output with excellent bubble stability for a range of blown film applications. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Exceed™ XP 8656RK. Exceed™ XP 8656RK- when eXtreme Performance matters.

Exceed™ XP 8656RL is an eXtreme Performance ethylene 1-hexene copolymer that offers step-out toughness, high flex-crack resistance and increased output with excellent bubble stability for a range of blown film applications. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Exceed™ XP 8656RL. Exceed™ XP 8656RL - when eXtreme Performance matters.

Exceed™ XP 8784 is an eXtreme Performance ethylene 1-hexene copolymer that offers step-out toughness and easy processing for a range of blown film applications. The combination of high toughness, easy processing and excellent sealing performance make this a very versatile packaging film resin. TnPP is not intentionally added to Exceed™ XP 8784. Exceed™ XP 8784 - when eXtreme Performance matters.

Exceed™ XP 8784RK is an eXtreme Performance ethylene 1-hexene copolymer that offers step-out toughness and easy processing for a range of blown film applications. The combination of high toughness, easy processing and excellent sealing performance make this a very versatile packaging film resin. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Exceed™ XP 8784RK. Exceed™ XP 8784RK - when eXtreme Performance matters.

Exceed™ XP 8784RL is an eXtreme Performance ethylene 1-hexene copolymer that offers step-out toughness and easy processing for a range of blown film applications. The combination of high toughness, easy processing and excellent sealing performance make this a very versatile packaging film resin. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Exceed™ XP 8784RL. Exceed™ XP 8784RL - when eXtreme Performance matters.

HD 4710.09 is a high molecular weight and high density polyethylene resin for pressure pipe applications. It has combination of excellent long term hydrostatic strength and outstanding stress crack resistance. When HD4710.09 is used with an ExxonMobil approved carbon black masterbatch correctly, it is listed with Plastic Pipe Institute (PPI) as PE4710 and PE100. The ASTM D3350 Cell Classification for this compound is PE445574C. Please contact ExxonMobil Customer and Application Development Engineer or Sales Manager for PPI listing and NSF certification information.

HD 6601 is a narrow molecular weight hexene copolymer designed for a wide range of injection molding applications, offering excellent ESCR with good stiffness-toughness balance. Ideally suited for articles requiring rugged physical performance in cold temperature environments.

HD 6605.70 is a narrow molecular weight hexene copolymer designed for a wide range of injection molding applications, offering excellent ESCR with good stiffness-toughness balance. Ideally suited for articles requiring rugged physical performance in cold temperature environments.

HD 6704 is a narrow molecular weight hexene copolymer designed for outstanding balance of ESCR, Toughness, and Stiffness properties. This resin is ideally suited for heavy-duty applications that require robust performance in conditions ranging from ambient to sub-zero temperatures.

HD 6706 is a narrow molecular weight hexene copolymer designed for good processability and excellent balance of ESCR, Toughness, and Stiffness properties. This resin is ideally suited for heavy-duty applications that require robust performance in conditions ranging from ambient to sub-zero temperatures.

HD 6714 is a narrow molecular weight hexene copolymer designed for a wide range of injection molding applications requiring easy processability and good toughness properties. This resin is ideally suited for articles requiring low warpage, glossy surfaces and good cold temperature impact performance.

HD 6719 is a narrow molecular weight hexene copolymer designed for a wide range of injection molding applications, combining easy processability with good toughness properties. Ideally suited for articles requiring low warpage, glossy surfaces and cold temperature impact resistance.

HD 6733 is a narrow molecular weight hexene copolymer designed to maximize injection molding speed and productivity in thin wall articles. Lower processing temperatures enable production of products free of taste and odor for food and beverage packaging.

HD 6908 is a homopolymer with outstanding stiffness with a good balance of processability and cold temperature impact performance. This resin is ideally suited for articles requiring very high stiffness or enable down-gauging. This material offers excellent performance in structural foam articles.

ExxonMobil™ HDPE HD 7165L is a high density polyethylene resin that can be processed on traditional blown film or cast film lines as well as for making oriented films such as machine direction oriented polyethylene (MDO-PE). Films made from HD 7165L provide excellent stiffness, thermal stability and processability for both oriented and non-oriented film applications.

ExxonMobil™ HD7506.08 resin is a high molecular weight HDPE blown film resin. Films made from HD7506.08 exhibit excellent impact and toughness properties, as well as high stiffness. HD7506.08 is particularly recommended for films less than 0.5 mil in thickness.

HD7800P is a pipe extrusion grade high density polyethylene copolymer offering an excellent combination of stiffness and stress crack resistance. This material meets or exceeds the AASHTO M294.

ExxonMobil™ HD 7845.30 is a high density polyethylene resin that can be processed on high stalk, pocket extrusion or cast lines. Films made from HD 7845.30 resin exhibit an excellent stiffness balance. High thermal stability provides excellent film appearance and high quality recycle. HD 7845.30 resin is particularly recommended as a blend component with LLDPE for stiff clear films.

ExxonMobil™ HD 7957.04 is a high molecular weight HDPE film resin. Films made with ExxonMobil™ HD 7957.04 exhibit excellent tensile properties, as well as high stiffness. ExxonMobil™ HD 7957.04 is particularly suited for draw tape applications.

ExxonMobil™ HD 7960.13 is a high molecular weight high density polyethylene blown film resin. Films made from HD 7960.13 resin exhibit excellent impact and toughness properties, as well as high stiffness. HD 7960.13 resin is particularly recommended for films less than 0.5 mil in thickness.

ExxonMobil™ HD 8512 is a high density hexene copolymer designed to offer outstanding stiffness and toughness. This resin is ideally suited for applications that require the optimum balance of low temperature toughness, creep resistance, stiffness, ESCR and tear properties.

ExxonMobil™ HD 8570 is a high density hexene copolymer designed to offer excellent stiffness and processability. This resin is ideally suited for applications that require the optimum balance of stiffness, ductility, processability and surface appearance.

HD 8660 Series are high density hexene copolymers designed to offer superior toughness and stiffness. They are ideally suited for applications that require the optimum balance of low temperature toughness, creep resistance, stiffness, ESCR, and tear properties.

HD 8760 is a high density hexene copolymer designed to offer outstanding stiffness and processability. This resin is ideally suited for applications that require the optimum balance of stiffness, processability and surface appearance.

HD 9830.02 is a blow molding grade high density polyethylene copolymer with a bimodal molecular weight distribution. It provides a very good balance of stress crack resistance, stiffness and impact strength with excellent processability due to its next generation branched structure.