German technical background VOK-P 9915 Viscosity reducer Improve the fluidity of reactive blends replaces BYK-P 9915
CNY 140 - 180 /Kilogram
Min.Order:25 Kilograms
Guangzhou Situyuan Chemical Co., Ltd
German technical background VOK®- P 9915 viscosity reducer
For polyurethane foaming applications. Improve the fluidity of reactive blends, and make the blending of high viscosity polyether polyol and low viscosity isocyanate more uniform. Because it contains hydroxyl, it can participate in the reaction and enter the system.
Product Information
chemical composition
Compounds of polyethylene glycol derivatives
Typical Physicochemical Data
The data given in this data page are only typical values, not technical indicators of the product.
Hydroxyl value: density (20 ° C): flash point: viscosity (20 ° C):
253 mg KOH/g 1.05 g/ml
> 100 °C
<50 mPa·s
Storage and transportation
When the temperature is lower than 0 ° C, the product may be separated or become turbid. Heat to 20 ° C and mix well. application area
Room temperature curing resin system
The above recommended dosage is for reference, and good dosage shall be determined through a series of tests.
Product features and advantages
VOK®- P 9915 is a viscosity reducer for polyether polyol and polyurethane foam systems. The product reduces viscosity and improves the fluidity of reactive blends. Therefore, the blending of ordinary high viscosity polyether polyols with relatively low viscosity isocyanates has a positive effect. The product reacts with isocyanate through its own hydroxyl group in the system to enter the system.
Recommended dosage
0.5-5% of auxiliary dosage (purchased form) is based on polyether polyol.
Adding method and processing guidance
The additive shall be added to polyether polyol, and shall be stirred evenly before further processing.
Viscosity control technology (VCT) is based on the combination of two processing aids (thixotropic blocking agent and thixotropic synergist). This special pair of additives can control the initial viscosity of the system, but the applied viscosity is not affected.