![]() |
Thermoplastic Elastomers: Elastomeric Alloy: Low and Medium Hardness
Home |
Directory |
Career |
News |
Industrial
|
|
![]() ![]()
|
|
Glossary » Materials » Polymers » Thermoplastic Elastomers » Elastomeric Alloy » Low and Medium Hardness
Low and Medium Hardness TPE is a subcategory of Thermoplastic elastomers. It is specially formulated to low and medium hardness. Its elastic modulus ranges from 0.7 to 5 MPa. Its flexural modulus ranges from 1.5 to 6.6 MPa. Its tensile strength ranges from 650 to 3200 MPa at break. Its elongation at break ranges from 300 to 750 %. Its hardness ranges from 55 to 95 Shore A. Its specific gravity ranges from 0.9 to 1.39. Its molding pressure ranges from 6 to 10 MPa.
Thermoplastic elastomers, also known as TPE, is a thermoplastic. elastomeric alloy
Additional Information
Other common Thermoplastic elastomers (TPE) include Low and Medium Hardness TPE, High Hardness TPE, TPE, TPE, TPE, TPE, TPE, Psuedo-Interpenetrating Networks TPE, Psuedo-Interpenetrating Networks TPE, Pseudo-Interpenetrating Networks TPE, Pseudo-Interpenetrating Networks TPE, Aromatic and Aliphatic Polyether and Polyester Urethane, Unfilled Pseudo-Interpenetrating Networks TPE, Aromatic Polyether Urethane, 15% Carbon Fiber Reinforced Pseudo-Interpenetrating Networks TPE, Polyester Compound Molding and Extrusion Compounds, Low and Medium Hardness TPE, Polyester Compound Molding and Extrusion Compounds, High Hardness TPE, Polyether Compound Molding and Extrusion Compounds, Low and Medium Hardness TPE, Polyether Compound Molding and Extrusion Compounds, High Hardness TPE, and High Hardness TPE.
Related Glossary Pages
Glossary: Materials: Alloys: Copper Alloy: Wire: AWG-28
Glossary: Materials: Alloys: Aluminum Alloy: Cast: 520.0 Glossary: Materials: Polymers: Polyamide: Nylon (PA 66): 10% PTFE: Lubricated Glossary: Materials: Alloys: Steel: Alloy Steel: AISI 4626 Glossary: Materials: Polymers: Polyvinylchloride: Chlorinated Poly(vinyl-Chloride): Molding and Extrusion Compounds Glossary: Materials: Polymers: Thermoplastic Elastomers: Block Copolymer of Styrene and Ethylene And/or Butylene Glossary: Materials: Alloys: Steel: Tool Steel: AISI H22 Glossary: Materials: Alloys: Steel: Alloy Steel: AISI 4145H Glossary: Materials: Polymers: Polycarbonate: 35% Random Glass Mat Glossary: Materials: Polymers: Polyphenylene Oxide: Alloy With Nylon, Unreinforced Related Pages
eFunda Polymers: Properties of Thermoplastic elastomers ...
eFunda Polymers: Properties of Thermoplastic elastomers {copolyester ether}
eFunda Polymers: Properties of Thermoplastic elastomers ...
State: polyolefin. Application: low and medium hardness ... Hardness, 64 - 92, Shore A, D638. Izod Impact (J/cm of notch) 1/8" thick specimen unless noted ...
eFunda: Estimanation of Lamina Material Constants
Calculates the equivalent material constants for a fiber reinforced composite lamina.
eFunda: Convert Hardness: Mohs
Devised by Austrian mineralogist Frederick Mohs in 1822, Mohs' Hardness is applied to ... Common Mohs' testing kits consist of low cost specimens of the 10 ...
eFunda: Convert Hardness: Rockwell Superficial 45T
The Rockwell Hardness Test presses a steel or diamond hemisphere-conical ... 100 kgf load, Medium/low hard materials, such as annealed carbon steels. ...
eFunda: Engineering Materials
Home page for properties of materials such as elements, alloys, polymers, and piezo ceramics.
eFunda: Polymer (Plastic) Supplier Contact Information
Ashley Polymers. 5114 Ft. Hamilton Pkwy. Brooklyn, NY 11219. Phone: 718-851-8111
eFunda Polymers: Properties of Thermoplastic elastomers ...
eFunda Polymers: Properties of Thermoplastic elastomers {elastomeric alloy, low and medium hardness}
eFunda Polymers: Properties of Polyethylene and ethylene ...
State: low and medium density, branched homopolymer ... Hardness, 44 - 50, Shore D, D638. Izod Impact (J/cm of notch) 1/8" thick specimen unless noted ...
eFunda Polymers: Properties of Thermoplastic elastomers ...
eFunda Polymers: Properties of Thermoplastic elastomers {elastomeric alloy, high hardness}
|
|||||||||||||||||||||||||