Automotive
Bayer launches new polycarbonate blend for automotive instrument panels
Oct 27, 2006
Bayer MaterialScience AG has introduced a new material for the production of instrument panels - Bayblend DP T88 Plus.
This rubber-modified blend, based on polycarbonate and styrene acrylonitrile copolymer (PC/SAN), passes Volkswagen's blooming test, which investigates the adhesive properties of polyurethane foam systems on instrument panels after aging in warm, damp conditions.
This glass-fiber-reinforced material is 25% easier flowing, around a third more impact resistant, and approximately 15% stiffer than PC/ABS Bayblend T88-2N, which has become an established material for instrument panel production.
Furthermore, the material exhibits far greater toughness than styrene-maleic anhydride copolymer and a low tendency to fracture, which is important for safety-related component areas such as that surrounding the airbag flap. The good thermal aging properties are at a far higher level and may be like those of Bayblend KU 2-1522, which sets standards for this property in polycarbonate blends for instrument panels.
This rubber-modified blend, based on polycarbonate and styrene acrylonitrile copolymer (PC/SAN), passes Volkswagen's blooming test, which investigates the adhesive properties of polyurethane foam systems on instrument panels after aging in warm, damp conditions.
This glass-fiber-reinforced material is 25% easier flowing, around a third more impact resistant, and approximately 15% stiffer than PC/ABS Bayblend T88-2N, which has become an established material for instrument panel production.
Furthermore, the material exhibits far greater toughness than styrene-maleic anhydride copolymer and a low tendency to fracture, which is important for safety-related component areas such as that surrounding the airbag flap. The good thermal aging properties are at a far higher level and may be like those of Bayblend KU 2-1522, which sets standards for this property in polycarbonate blends for instrument panels.
原创，请勿转载
Specials
Automotive
Comments
Specials
Injection
At Fakuma 2026, ENGEL will demonstrate production of automotive connectors with the electric WINTEC e-win 1800 and the new viper 6.
Oct 6, 2026
Recycling
This technology selectively dissolves and separates PPS from the materials while retaining its polymer form, removing impurities more efficiently than conventional chemical recycling processes.
Oct 5, 2026
Automotive
LG Chem and the Volkswagen Group have signed a memorandum of understanding (MoU) to collaborate on developing and expanding the application of next-generation, eco-friendly mobility materials.
Sep 30, 2026
Chemicals
AIMPLAS is researching new materials and coatings that help slow fire spread, reduce fire intensity and decrease smoke generation in applications used in construction, transport and infrastructure.
Sep 29, 2026
3D printing
Stratasys launched the new F870 FDM system, a large-format additive manufacturing platform designed for industrial manufacturers.
Sep 22, 2026
Automotive
LK Technology's injection molding solutions achieve a high repeatability accuracy of ±0.1, allowing manufactures to drastically shorten production cycles, reduce scrap rates, and maximize product yield.
Sep 21, 2026
