×

Get a Free Quote

Name* Email* Company* Your Message*

M-TPEE Foam Sheet Custom

Home / Product / Foam Sheet / M-TPEE Foam Sheet

M-TPEE Foam Sheet

M-TPEE is a microcellular TPEE foam, produced using TPEE as the composition with clean supercritical carbon dioxide as blowing agent to form a large number of microcells in the martrix.
  • description

Characteristic:

Light weight

Clean and environmental friendly

Good cushion performance

Excellent low temperature resistance

Good chemical resistance

Reusable

Outstanding resilience

High tensile strength

 

Basic Physical Properties

 

Test Item

Test Method

Unit

TPEE11

TPEE12

TPEE13

TPEE14

TPEE16

Density

ISO 845:2006

g/cm³

0.11±0.015

0.11±0.015

0.12-0.14

0.14±0.015

0.16±0.015

 Hardness

SATRA TM 205-16

Shore C

34±3

34±3

35

40±3

43±3

 
TEST RESULT OF MECHANICAL PROPERTIES

Test Item

Test Method

Unit

TPEE11

TPEE12

TPEE13

TPEE14

TPEE16

Tensile Strength

ISO 1798:2008

Mpa

2.8

2.8

2.8

3

3.2

Elongation at Break

ISO 1798:2008

%

280

280

280

300

320

Method A Tear Trouser Test

ISO 8067:2008

N/cm

35

35

35

37

40

Method B Tear Angle Test

ISO 8067:2008

N/cm

95

95

95

115

130

Ball Resilience

ASTM D3574

%

≥70

≥70

71

≥67

≥65

Compression Set

ASTM D3574
(50%,[email protected]℃ Ct=[(t0-tf )/t0 ]x100)

%

23

23

/

20

17

 

Application:

M-TPEE11:

Density: 0.11±0.015 g/cm3

Hardness: 34±3C HC  

Tensile Strength: 2.8MPa

Applications:

Midsole,insole

 

M-TPEE12:

Density: 0.11±0.015 g/cm3

Hardness: 34±3C HC

Tensile Strength: 2.8MPa

Applications:

Midsole,insole

 

M-TPEE13:

Density: 0.12-0.14

Hardness: 35C

Tensile Strength: 2.8MPa

Applications:

Midsole,insole

 

M-TPEE14:

Density: 0.14±0.015 g/cm3

Hardness: 40±3C HC

Tensile Strength: 3MPa

Applications:

Midsole,insole

 

M-TPEE16:

Density: 0.16±0.015 g/cm3

Hardness: 43±3C HC

Tensile Strength: 3.2MPa

Applications: Midsole,insole

Shincell New Material CO.,LTD.

  Shincell is a company dedicated to developing sustainable foaming technologies and manufacturing clean, environmentally friendly lightweight foam materials. And we also a China custom M-TPEE Foam Sheet supplier and OEM/ODM M-TPEE Foam Sheet factory. We use N2 and CO2 gases commonly found in the air to expand plastics and form a large number of micro and nano bubbles inside, a purely physical foaming process.
  Shincell was founded by Dr. Xiulei Jiang. He started his research on supercritical fluid foaming technology at East China University of Science and Technology in 2003 and proposed the technical process of supercritical molded microcellular foaming. His early interest lies in lightweight and high-strength foam materials, and his main product is PP microcellular foam sheets. Inspired by the Adidas boost midsole derived from TPU beads foaming, he started to study the sheet foaming technology of TPU elastomer material in 2015. Based on these years of basic research, Shincell has formed two series of products: soft high-elasticity lightweight materials and hard high-strength lightweight materials.Soft high elasticity products include TPU, TPEE and PEBA, PEBAX, etc., and hard high strength products include PP, PVDF, PPO, PA, etc.
  We focus on the research and development of foaming technology, we will continuously optimize the process, challenge our past self, improve efficiency and reduce cost, and continuously launch new products. Our foam materials are all thermoplastic and no chemical blowing agents are added in the foaming process, nor are they chemically cross-linked. We can provide our customers with online custom M-TPEE Foam Sheet products at preferential factory wholesale prices. And compared to traditional foaming materials, our foam materials are recyclable, non-toxic and environmentally friendly, and meet the needs of sustainable development!
SHINCELL

Looking for a reliable supplier in the foam sheet field?

Contact us

If you need it, please contact us!

Fuying will review your information once it is received and contact you to the opportunity in more detail.

  • *Name.

  • *E-mail.

  • *Phone.

  • *Message.