ExxonMobil Exact 9071 Low-Density EVA Foam Modifier Plastomer Resin

基础信息

品名
ExxonMobil Exact 9071 Plastomer Resin
牌号
Exact 9071
厂商
ExxonMobil Product Solutions
材料类型
Plastomer Resin
产品形态
pellets
特点
Low density, low crystallinity, free-flowing pellets

描述

ExxonMobil Exact 9071 Plastomer Resin is an ethylene-butene copolymer produced using metallocene catalyst technology, designed for EVA foam modification, PP / TPO modification, low-density polyolefin modification, and flexible compound applications.

ExxonMobil Exact 9071 Plastomer Resin is compatible with polyolefins such as polypropylene (PP), polyethylene (PE), and ethylene-vinyl acetate copolymer resin (EVA). It provides low density, low crystallinity, soft elastomeric behavior, and free-flowing pellet handling for compounders and foam material manufacturers.

This grade is suitable for EVA foam, footwear foam, PP / TPO modification, flexible polyolefin compounds, and applications requiring softness, flexibility, lightweight performance, and good compatibility with common polyolefin resin systems.

Request ExxonMobil Exact 9071 Plastomer Resin pricing, TDS, SDS, COA, and sample support.

Quick Specs

Product Exact 9071
Brand ExxonMobil
Material Type Plastomer Resin
Polymer Type Ethylene-butene copolymer
Density 0.870 g/cm³
Melt Index 0.50 g/10 min at 190°C / 2.16 kg
Shore Hardness Shore A 71
Form Free-flowing pellets

ExxonMobil Exact 9071 Plastomer Resin Key Features

  • ExxonMobil Exact plastomer resin
  • Ethylene-butene copolymer produced using metallocene catalyst technology
  • Designed for EVA foam modification
  • Suitable for PP / TPO modification
  • Low density for lightweight flexible material systems
  • Low crystallinity for softness and flexibility improvement
  • Free-flowing pellets for easy feeding and processing
  • Compatible with PP, PE, and EVA resin systems
  • Useful for flexible polyolefin compounds and foam applications
  • Suitable for applications requiring soft elastomeric performance

Typical Applications

  • EVA foam modification
  • Footwear foam and molded foam products
  • PP / TPO modification
  • Flexible polyolefin compounds
  • Polypropylene and polyethylene modification
  • Soft-touch and flexible material applications
  • Lightweight compound systems
  • Injection molding and extrusion compound modification
  • Foam sheet and footwear material applications
  • Polyolefin blending systems requiring low crystallinity

ExxonMobil Exact 9071 Plastomer Resin is particularly suitable for compounders and foam manufacturers looking for a low-density plastomer grade that can improve flexibility, softness, low-crystallinity behavior, and compatibility in EVA, PP, PE, and TPO formulations.

Related Products

Similar Polyolefin Modifier Grades

Grade Typical Positioning
Exact 9071 Low-density ethylene-butene plastomer resin for EVA foam modification, PP / TPO modification, and flexible polyolefin compounds
Exact 5151 Ethylene-based plastomer resin for low-temperature impact modification, toughness, and tear strength
Exact 5101MX Higher-modulus ethylene-based plastomer resin for impact modification and polyolefin modification
Dow ENGAGE 8003 Polyolefin elastomer for TPE compounds, wire and cable, impact modification, and crosslinked elastomer applications
Dow ENGAGE 8200 Excellent-flow polyolefin elastomer for TPE, impact modification, wire and cable, and filled flexible compounds

ExxonMobil Exact 9071 Plastomer Resin Typical Properties

Product Exact 9071
Manufacturer ExxonMobil Product Solutions
Material Type Plastomer Resin
Polymer Type Ethylene-butene copolymer
Density 0.870 g/cm³
Melt Index 0.50 g/10 min at 190°C / 2.16 kg
Form Free-flowing pellets

Mechanical Properties

Durometer Hardness, Shore A 71 ASTM D2240
Flexural Modulus, 1% Secant 15 MPa ASTM D790
Tensile Stress at 100% 3.2 MPa ASTM D412
Tensile Strength at Break 5.15 MPa ASTM D412
Elongation at Break 480% ASTM D412

Thermal and Processing Properties

Vicat Softening Temperature 53.7°C
Peak Melting Temperature 49°C
Crystallization Peak, Tc 36°C
Glass Transition, Tg -48°C
Processing Note Typical properties should be confirmed under actual formulation, processing, and end-use conditions

Processing and Performance Notes

ExxonMobil Exact 9071 Plastomer Resin is designed for modification of EVA, PP, PE, and TPO systems where low density, low crystallinity, softness, and flexible elastomeric performance are required.

In EVA foam applications, Exact 9071 can be considered when the formulation requires softness, lightweight performance, low-crystallinity behavior, and flexible foam modification.

For PP / TPO modification, Exact 9071 may help improve flexibility, soft touch, and elastomeric behavior in compound systems while maintaining useful compatibility with common polyolefin resins.

Compared with higher-density or higher-hardness plastomer grades, Exact 9071 provides a softer profile, lower density, lower flexural modulus, and lower melting temperature, making it useful for flexible and foam-related material applications.

Actual performance should be confirmed through customer testing under real formulation, compounding, extrusion, molding, foaming, and end-use conditions.

ExxonMobil Exact 9071 Plastomer Resin TDS and Product Documents

Customers can request the ExxonMobil Exact 9071 Plastomer Resin Technical Data Sheet for product description, key features, typical properties, applications, processing information, and material selection reference.

Ruiqing Chemical Materials can support customers with ExxonMobil Exact 9071 Plastomer Resin quotation, product availability, sample requests, TDS, SDS, MSDS, COA, and related technical documents.

Customers should review the Exact 9071 Technical Data Sheet and Safety Data Sheet before processing or commercial use. Typical property values are provided for material selection guidance and should not be treated as final product specifications.

For product selection support, quotation, sample availability, TDS, SDS, COA, and related documentation, please contact Ruiqing Chemical Materials.

Frequently Asked Questions

What is ExxonMobil Exact 9071 Plastomer Resin?

ExxonMobil Exact 9071 Plastomer Resin is an ethylene-butene copolymer produced using metallocene catalyst technology. It is used as a low-density plastomer resin for EVA foam modification, PP / TPO modification, and flexible polyolefin compounds.

Is Exact 9071 a POE resin?

Exact 9071 is officially described as a plastomer resin. It is an ethylene-butene copolymer and is better positioned as a polyolefin plastomer for EVA foam, PP, PE, and TPO modification applications.

What is Exact 9071 mainly used for?

Exact 9071 is mainly used for EVA foam modification, PP / TPO modification, flexible polyolefin compounds, footwear foam, foam sheet, and low-density material modification.

What is the density of Exact 9071?

Exact 9071 has a typical density of 0.870 g/cm³.

What is the melt index of Exact 9071?

Exact 9071 has a typical melt index of 0.50 g/10 min at 190°C / 2.16 kg.

What are the key benefits of Exact 9071?

Exact 9071 offers low density, low crystallinity, free-flowing pellets, soft elastomeric behavior, and compatibility with PP, PE, and EVA resin systems.

What is the hardness of Exact 9071?

Exact 9071 has a typical Shore A hardness of 71, making it suitable for softer and more flexible compound applications.

What is the difference between Exact 9071 and Exact 5101MX?

Exact 9071 has lower density, lower hardness, lower flexural modulus, and lower melting temperature than Exact 5101MX. Exact 9071 is more suitable for softer, lower-density, and foam-related applications.

Can you provide Exact 9071 TDS, SDS and COA?

Yes. Ruiqing Chemical Materials can support ExxonMobil Exact 9071 TDS, SDS, COA, quotation, sample requests, product availability, and related technical documentation.

Request ExxonMobil Exact 9071 Plastomer Resin Pricing and Product Documents

Contact us for ExxonMobil Exact 9071 Plastomer Resin quotation, product availability, TDS, SDS, COA, sample support, and technical document assistance.

The information provided on this page is intended for general product selection guidance. Customers are responsible for testing the product under actual formulation, processing, and end-use conditions and confirming suitability for the intended application. Typical property values should not be treated as final product specifications. Product names and trademarks are the property of their respective owners.

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