Complies with: - EU, No 10/2011 - U.S. FDA 21 CFR 175.105 - Consult the regulations for complete details.

Base Polymer Thermoplastic Olefin Elastomer Colour white Special Features injection moulding grade Market Segment Medical Application Area injection moulded parts Typical Applications protection caps

Thermoplastic Polyolefin (TPO) Formerly known as EnLast 52010

POE 58705 Polyolefin Elastomer is an ethylene-octene copolymer that has good flow characteristics and provides superb impact properties in blends with polypropylene (PP) and polyethylene (PE) and is widely used in TPO applications where good low temperature impact properties are desired. POE 58705 Polyolefin Elastomer provides high filler loading capability and desired peroxide cure capability. When cross-linked by peroxide, silane, or irradiation, it gives good heat aging, compression set, and weather resistance properties and may be used to produce high performance electrical insulation. Main Characteristics: - Pellet form - Excellent flow characteristics - Improved impact in polypropylene and polyethylene - High filler loading - Peroxide, silane, and radiation curable - Exceptional heat aging, compression set, and weather resistance when cured Applications: - General purpose thermoplastic elastomers - Impact modification - Thermoplastic olefins (TPO) - Wire and cable

Dryflex 4097-002: Thermoplastic Elastomer Base Material: TPS/TPO Hardness: 95 Shore A Service Temperature Range: -50 to +75°C (Unstressed Material). Colour: Natural Presentation: Free flowing pellets that can be processed without predrying when stored under normal conditions Weather Resistance: Excellent Ozone-/UV- Resistance: Excellent Chemical Resistance: Moderate (excluding organic solvents, aromatic and vegetable oils) Recycling: 100% recyclable Mould Shrinkage (linear): Appr. 0.75 - 2% depending on e.g. shape of the detail and placement of gate Bonds to: PP, PE

Avient's Elastamax™ XL thermoplastic olefins (TPOs) are based on pelletized blends of polyolefin resins and select elastomers such EPDM. These materials have been engineered to provide a balance of physical properties and processability, and are an economical alternative to traditional thermoset rubber and more costly thermoplastic elastomers.

Avient's Elastamax™ XL thermoplastic olefins (TPOs) are based on pelletized blends of polyolefin resins and select elastomers such EPDM. These materials have been engineered to provide a balance of physical properties and processability, and are an economical alternative to traditional thermoset rubber and more costly thermoplastic elastomers.

Avient's Elastamax™ XL thermoplastic olefins (TPOs) are based on pelletized blends of polyolefin resins and select elastomers such EPDM. These materials have been engineered to provide a balance of physical properties and processability, and are an economical alternative to traditional thermoset rubber and more costly thermoplastic elastomers.

Avient's Elastamax™ XL thermoplastic olefins (TPOs) are based on pelletized blends of polyolefin resins and select elastomers such EPDM. These materials have been engineered to provide a balance of physical properties and processability, and are an economical alternative to traditional thermoset rubber and more costly thermoplastic elastomers.

Avient's Elastamax™ XL thermoplastic olefins (TPOs) are based on pelletized blends of polyolefin resins and select elastomers such EPDM. These materials have been engineered to provide a balance of physical properties and processability, and are an economical alternative to traditional thermoset rubber and more costly thermoplastic elastomers.

Avient's Elastamax™ XL thermoplastic olefins (TPOs) are based on pelletized blends of polyolefin resins and select elastomers such EPDM. These materials have been engineered to provide a balance of physical properties and processability, and are an economical alternative to traditional thermoset rubber and more costly thermoplastic elastomers.

Avient's Elastamax™ XL thermoplastic olefins (TPOs) are based on pelletized blends of polyolefin resins and select elastomers such EPDM. These materials have been engineered to provide a balance of physical properties and processability, and are an economical alternative to traditional thermoset rubber and more costly thermoplastic elastomers.

Avient's Elastamax™ XL thermoplastic olefins (TPOs) are based on pelletized blends of polyolefin resins and select elastomers such EPDM. These materials have been engineered to provide a balance of physical properties and processability, and are an economical alternative to traditional thermoset rubber and more costly thermoplastic elastomers.

Avient's Elastamax™ XL thermoplastic olefins (TPOs) are based on pelletized blends of polyolefin resins and select elastomers such EPDM. These materials have been engineered to provide a balance of physical properties and processability, and are an economical alternative to traditional thermoset rubber and more costly thermoplastic elastomers.

Elastoprene HS5150D is a flexible TPE/TPO hybrid intended for injection molding applications, offering good processibility, easy coloring, good heat resistance, improved flexural fatigue and FDA compliance. Applications: Food containers, food closures, storage containers, general industrial and consumer goods applications.

Stainless Steel Fiber - Electrically Conductive - EMI/RFI Shielding

45 Shore D TPE / TPO hybrid available in black and natural for injection molding applications. This grade offers flexibility, good resilience, and compatibility with Polypropylene.

50 Shore D TPE / TPO hybrid for injection molding applications. This grade offers flexibility, good resilience, and compatibility with Polypropylene.

ENGAGE™ 11527 is a polyolefin elastomer offering very high flow and excellent rubber loading efficiency as impact modifier in thermoplastic polyolefin (TPO) compounds. Its improved toughening efficiency compared to other commercially available polyolefin elastomers allows for greater ease in optimizing elastomer levels to meet impact resistance requirements in global automotive specifications. TPO formulations containing ENGAGE 11527 combine excellent processing behavior with very good stiffness/toughness balance for automotive parts, such as bumper fascia. The design of ENGAGE 11527 polyolefin elastomer enables shortening the injection molding cycle time for the TPO compound. Its design characteristics contribute to morphology control and improved temperature resistance for final parts. Main Characteristics: - High rubber loading efficiency for optimum cost/performance balance - Improved toughness for better stiffness/toughness balance - Excellent flow characteristics - Demonstrated improved cycle time - High melting point for improved temperature resistance - Pellet form with partitioning agent for ease of handling Applications: - Impact Modification of TPO - Injection molded polyolefin compounds

ENGAGE™ 11547 is a polyolefin elastomer offering high flow and excellent rubber loading efficiency as superior impact modifier in thermoplastic polyolefin (TPO) compounds. Its improved toughening capability compared to other commercially available polyolefin elastomers allows for greater ease in optimizing elastomer levels to meet impact requirements for global automotive specifications. TPO formulations containing ENGAGE 11547 combine very good processing behavior with an excellent stiffness/toughness balance for automotive parts, such as bumper fascia. The design of the ENGAGE 11547 polyolefin elastomer enables shorter injection molding cycle time for the TPO compound. Its design characteristics contribute to morphology control and improved temperature resistance for final parts. Main Characteristics: - High rubber loading efficiency for optimum cost/performance balance - Improved toughness for better stiffness/toughness balance - Very good flow characteristics - High crystallization temperature for short cycle time - High melting point for improved temperature resistance - Pellet form with partitioning agent for ease of handling Applications: - Impact Modification of TPO - Injection molded polyolefin compounds

El elastómero de poliolefina ENGAGE™ 7270 es un copolímero para uso general diseñado para aportar un buen equilibrio de precio/desmpeño en las aplicaciones de modificación de polímeros. Características principales: - Forma granulada (pellets) Aplicaciones: - Modificación de polímeros

ENGAGE™ 7277 es un copolímero para uso general diseñado para aportar un buen equilibrio de precio/propiedades en las aplicaciones de modificación de polímeros. Características principales: - Forma granulada (pellets) - Con polvo de talco (sin tratar, 1 µm) Aplicaciones: - Modificación de polímeros