Polyester polyol resin comes from the reaction of diols and dibasic acids. By reducing the amount of catalyst during production, PU becomes easier to customize and also has better physical properties. Feature includes narrow distribution of molecular weights, light general chroma, low moisture content, and low acid value. Also the appearance and physical properties of the PU products synthesized by the customer are better.
Mainly used in the areas of thermoplastic polyurethane, synthetic leather, adhesives, inks, and foam soles.
| Item Name | Characteristics | Applications | Data Sheets
 |
|---|---|---|---|
| ETEROL 5100 | Low-temperature properties, bendability, flexibility | Synthetic leather | |
| ETEROL 5200 | Mechanical strength, solvent resistance, flexibility | Synthetic leather, cast elastomers | |
| ETEROL 5300 | Good low-temperature performance, mechanical strength, solvent resistance, flexibility | Ink | |
| ETEROL 5400 | Mechanical strength, solvent resistance, low-temperature properties, flexibility | Synthetic leather, thermoplastic elastomers | |
| ETEROL 5420 | Mechanical strength, solvent resistance, flexibility, low crystallinity | Synthetic leather, low foaming shoes | |
| ETEROL 5600 | Hydrolysis resistance, crystalline adhesion | Synthetic leather | |
| ETEROL 5650 | Mechanical strength, low-temperature flexibility, excellent solvent resistance | Waterborne PUD, cast elastomers |
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