PET Foam
PET Foam
PET Foam
PET Foam

PET Foam

PET foam is a renewable thermoplastic polymer foam with a closed-cell structure. It has excellent properties such as flame retardancy, smoke resistance, and non-toxicity, as well as excellent mechanical and fatigue resistance, chemical stability, UV resistance, and low water absorption.

Keywords: PET Foam

Category: PET Foam

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Product Details
      PET foam is a renewable thermoplastic polymer foam with a closed-cell structure. It has excellent properties such as flame retardancy, smoke resistance, and non-toxicity, as well as excellent mechanical and fatigue resistance, chemical stability, UV resistance, and low water absorption.

      Compared with "sandwich" structural materials composed of resin, fiber, etc., it has the characteristics of high strength, light weight, and strong designability, providing a new solution for lightweighting. It is widely used in sandwich materials in wind turbine blades, rail transportation, ships, building materials, decorative materials and industrial applications.

Serial Number Project Unit PET100 index PET150 index Test Standards
1 Density kg/m³ 100±5 145-160 ISO 845
2 Water absorption rate (V≥28 days) % ≤2 ≤2 ISO 28996
3 1 Directional compressive strength σc1 Mpa ≥0.4 ≥0.9 ISO 844
4 2 Directional compressive strength σc2 Mpa ≥0.4 ≥0.9
5 3 Directional compressive strength σc3 Mpa ≥1 ≥2.0
6 1 Orientational compressive modulus Ec1 Mpa ≥15 ≥65
7 2 Orientational compressive modulus Ec2 Mpa ≥15 ≥65
8 3 Orientational compressive modulus Ec3 Mpa ≥70 ≥130
9 1 Tensile strength σt1 Mpa ≥0.7 ≥1 ASTM C297
10 2 Tensile strength σt2 Mpa ≥0.7 ≥1
11 3 Tensile strength σt3 Mpa ≥1.4 ≥2
12 1 Directional tensile modulus Et1 Mpa ≥26 ≥65
13 2 Directional tensile modulus Et2 Mpa ≥26 ≥65
14 3 Directional tensile modulus Et3 Mpa ≥80 ≥210
15 12 Shear strength τ12 Mpa ≥0.38 ≥0.75 ISO 1922
16 13 Shear strength τ13 Mpa ≥0.65 ≥1
17 23 Shear strength τ23 Mpa ≥0.65 ≥1
18 13 Shear modulus G13 Mpa ≥8 ≥25
19 23 Shear modulus G23 Mpa ≥16 ≥35
20 12 Shear modulus G12 Mpa ≥16 ≥35
21 Shear strain % ≥5 ≥4


Project Test methods Unit Require
Apparent density ISO 845 Kg/m³ 135-176
Moisture content ISO 13061-1 % ≤2
Compressive strength ISO 844 MPa ≥1000
Compression modulus ISO 844 MPa ≥3000
Shear strength ISO 1922 MPa ≥2.0
Shear modulus ISO 1922 MPa ≥170
Tensile strength ASTM C297 MPa ≥1000
Tensile modulus ASTM C297 MPa ≥3000
Application
Drones

Drones

Sports Equipment

Sports Equipment

Ships and Yachts

Ships and Yachts

Transportation

Transportation

Wind Turbine Blades

Wind Turbine Blades

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