Category

TPEE Film

  • BASIC PHYSICAL PERFORMANCE

Product Characteristics:

TPEE Film (Thermoplastic Polyester Elastomer) is a non-porous hydrophilic thin film, renowned for its exceptional comfort, breathability, mechanical properties, liquid barrier capabilities (against water, blood, bacteria), thermal stability, waterproofing, windproofing, resistance to detergents, and recyclability. It finds wide applications in the clothing and footwear industries.

 

Features:

1.High Breathability: Breathability refers to the material's ability to transmit water vapor. This TPEE film likely exhibits excellent breathability, contributing to regulating skin surface humidity and enhancing comfort.
2.Good resistance: to creep, impact, fatigue, high impact strength, and excellent high/low temperature performance.
3.High tensile strength: This TPEE film possibly boasts excellent tensile properties, maintaining stability under stress, resistant to tearing or deformation.
4.Abrasion Resistance: It may possess good abrasion resistance, capable of withstanding friction and wear, maintaining the product's appearance and performance.
5.Good resilience and excellent rebound elasticity.
6.Good chemical resistance, oil/water resistance, excellent resistance to chemical solvents, resistance to thermal aging, UV resistance, and good weather resistance.
7.Environmental Friendly and recyclability: The TPEE film could be an environmentally friendly material, meeting environmental standards, and being recyclable.

 

Specifications:

1.Thickness: 5, 8, 10, 12, 15um
2.Width: 1600-1700mm
3.Color: Natural/White/Any other colors customizable



TEST ITEM

TEST METHOD

UNIT

TEST VALUE

Thickness

GB/T 6672

um

10

12

15

Appearance

Visual Inspection

/

White

Tensile Strength

GB/T 13022

MPa

CD: 15 

MD: 14

CD: 15 

MD: 14

CD: 16 

MD: 14

Elongation at Break

 

%

CD: 630 

MD: 640

CD: 633 

MD: 650

CD: 683

 MD: 680

Wet Tension

GBT 14216-1993

mN/m

50-58

Hydrostatic Pressure

JIS L1092.1998 A

MmH2O

>10000

Moisture Permeability

GB/T 12704.1 Hygroscopic method

g/(m2*24h)

7000-7500

 

JIS L 1099-2012 A1

 

7500-8000

 

JS L 1099-2012 B1

 

210,000-220,000

 

ASTM E96-2000BW

 

12,000-13,000

 

IS0 11092-1993 Ret

m2Pa/W

0.4-0.6

 

IS0 15496-2004

g/(m2Pa* 24h).

g/(m2*24h)

1.45-1.48

48,000-50,000

 

BS 7209-1990

%

95-100

Temperature Range

/

-40~200