BSC-68001-175
BSCI pioneered the innovation and development of roll bar padding that set the industry standard. Both the half round shape and SFI safety standards resulted from lobbying and research and development initiated by BSCI. Today, we are still the leader in development of energy management foams
for use in protecting drivers and occupants from more serious injuries when interior roll cages are contacted. BSCI SFI padding is used extensively throughout
the USA and in global motorsport venues. Always turn to BSCI for the best in roll bar padding products. Tested extensively under rigorous impact and flammability standards.
- Available in colors Black, Red and Blue*
- Formulated for maximum impact absorption using our superior technology
- Will not melt or drip in a fire and the padding is self-extinguishing
- Molded in acrylic adhesive for easy installation
- Easy to cut and shape for custom installation
BSCI EIS-W50-.25
This well engineered energy managing foam has been developed with higher standards governing the materials that can be used for head and body protection in various motorsports sanctioning bodies. This material is widely used in headrest applications as occupant seating systems.
BSCI EIS-W50-.50 Eis W50-.50 X 16 X 36
This well engineered energy managing foam has been developed with higher standards governing the materials that can be used for head and body protection in various motorsports sanctioning bodies. This material is widely used in headrest applications as occupant seating systems.
BSCI EIS-W50-1
This well engineered energy managing foam has been developed with higher standards governing the materials that can be used for head and body protection in various motorsports sanctioning bodies. This material is widely used in headrest applications as occupant seating systems.
BSCI EIS-W50-2 Eis W50- 2 X 16 X 36
This well engineered energy managing foam has been developed with higher standards governing the materials that can be used for head and body protection in various motorsports sanctioning bodies. This material is widely used in headrest applications as occupant seating systems.
