SyncoPol SR780 is sucrose-DEG base polyether polyol with hydroxyl value in range 300 – 320 mgKOH/g and molecular weight ~800 g/mol. The product has low viscosity in range 1,500- 2,000 cPs at 25°C and functionality 4.3.
SR780 is multifunctional polyether polyol designed for the production of polyurethane foam for Applinace insulation, insulated panel, pour in place insulation, block and spray foam.
Low viscosity of SR780 imparts good surface, less friability and dimensional stability which is adaptive for most rigid foam system.
SR780 can be used in combination with other polyols, and additives in order to improve flowability and provide a better adhesion property of PUR system..
Its obtain a good combination of process ability, cost economics and good properties of final product.
Main application advantages of the product SyncoPol® SR780:
recommended polyol for improving flowability in PUR,
suit for low density PUS system,
provide a Less friability on foam surface when compared with other sucrose base polyols,
improve adhesion property in PUR system.
Products using SyncoPol® SR780 in their composition ensure excellent foam quality. Based on an optimised production process, this polyol stands out for its very good foam performance in polyurethane systems.
IRPC POLYOL Co., Ltd. is a joint venture between PCC Rokita SA and IRPC Public Ltd. The area of the Company's operations are the markets of South East Asia, China and India. Its main scope of activity is the production and distribution of polyols.
All the above information related to the product are provided according to the best knowledge of the manufacturer and published in good faith. However, the manufacturer does not guarantee the information and contents of this document are complete and accurate, and shall not be liable for the results of using them. The user is obliged to verify and confirm the information and contents of this documentation on his/her own. The manufacturer reserves the right to change the content of this document at any time without stating reasons of such changes.