TY - JOUR
AU - Housel, T.L.
AB - 93-Abstracts Polyurethanes led to the of the Silicone Surfactant These fundamental findings development The L-2100 available. innovative molecular already commercially parameters new HR surfactant for surface activ- into this designed novel, provide optimum a foam with characteris- to ity produce stable, yet open outstanding processing surfactant has been and its tics. This new HR silicone successfully scaled-up been evaluated in a of formulations on has performance exhaustively variety scale and in industrial foam facilities. pilot equipment with L-2100 excellent and a nonde- Foams produced give fingernailing regular formed on the line. the concentration of L-2100 shape Additionally, increasing in foam. The and characteristics does not result tighter performance processing forward in stabilizer and have been achieved are a clear step technology an of the molecular on the silicone backbone. through alignment parameters AN AND RECYCLABILITY OF INSIGHT INTO BIODEGRADABILITY POLYESTER BASED POLYURETHANES D. J. Grillo and T. L. Housel Inolex Chemical Company Preservation of the environment has become a issue. In most paramount global a net benefit to the as environment, they applications, polyurethanes provide other materials to make more or better durable, replace parts lighter, stronger, insulated. This results in and less wastes higher efficiency generated during use. 
TI - An Insight Into Biodegradability and Recyclability of Polyester Based Polyurethanes
JO - Journal of Cellular Plastics
DO - 10.1177/0021955X9302900516
DA - 1993-09-01
UR - https://www.deepdyve.com/lp/sage/an-insight-into-biodegradability-and-recyclability-of-polyester-based-TQHsTYkxbf
SP - 424
EP - 424
VL - 29
IS - 5
DP - DeepDyve
ER -