China Headspring PU Chemical/ PU Prepolymer/PU Two-Component Resin for Sports Shoe Sole: 5005/1032, Polyol and Isocyanante
|FOB Price:||US $1.85 / Ton|
|Min. Order:||1 Ton|
|Min. Order||FOB Price|
|1 Ton||US $1.85/ Ton|
|Payment Terms:||L/C, T/T|
- Model NO.: 5005/1032
- Appearance: Liquid
- Colour: Transparent
- Transport Package: Drum
- Origin: Chn
- Type: Synthesis Material Intermediates
- Quality: Industrial
- Trademark: Headspring
- Specification: 220kg/drum, 235kg/drum, 18kg/drum, 20kg/drum
- HS Code: 3909500000
Medium and low-density PU Resin for shoe sole with the upper
1. Characteristic: Medium and low hardness, medium and high density.
2. Application: Applicable to the production of shoe sole with the upper for men and women
3. Typical properties of PU Resin
|Name of products||Appearance||Viscosity|
|ZG-P-5005||White or pale yellow, liquid, no foreign material||0.50-0.80||1.16-1.20||18|
|ZG-I-1032||Transparent liquid, no foreign material||0.20-0.40||1.18-1.20||20|
4. Catalysts and auxiliary agents:
ZG-P-5005/ZG-AC-2/water =18kg/235g/0-30g Note: corresponding adjustment should be made to the addition of auxiliary agent at different areas, different environment and different production conditions.
5. (Molding conditions & physical properties):
|Reactivity||Technical index||Test item||Reference physical properties|
|100/83-85||Molded density of sole|
|Using temperature(ºC)|| |
A material: 45-50; B material: 38-42
|Hardness (type A)||40~50|
|Cream time(s)||7~9||Tensile strength(MPa)||6.0~8.0|
|Metal mold temperature|
|45~55||NBS abrasion resistance(%)||≥10%|
|1.5~3.0||Free foam density|
Folding endurance (room temperature)
(40,000 gap length mm)
Matching ratio is based on the optimal matching value which will vary with the category and additive amount of paint additives added.
Free foam density will vary with the seasons (temperature, humidity).
Stripping time will be extended with the increase of the thickness of moldings.
Folding endurance conditions: bending angle is 90 degrees and the frequency is 80 times / min * 40 thousand times
Data listed above is just for reference. The specific data is subjected to the practical operation. If other physical properties are required, please contact us.