Bayer MaterialScience NAFTA - Products - Bayfill® Energy-Absorbing Foam



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Safety components for impact absorption made of the polyurethane molded foam Bayfill^® EA are used in vehicle interiors as well as on the exterior. Energy-absorbing elements in the interior such as knee, pelvic and head bolsters undergo permanent deformation in the event of a collision. Bumpers on the exterior are provided with an energy-absorbing foam core. The insert molding of anchoring elements and the bonding of supports and decorative facings allow economical production.

4 Product Grade(s):


= global grade = data sheet(s) = other literature


	BAYFILL EA 2003
	friable energy-absorbing polyurethane foam system; low-density, semi-rigid polyurethane foam system designed for automotive interior applications; has the ability to absorb more energy in applications where space is limited; mold temperature 54-60°C (130-140°C); molded density 3.4-7 lb/ft³



	BAYFILL EA 2204
	two-component polyurethane system for the production of a friable energy-absorbing foam for automotive interior applications; excellent; compressive strength @ 15% deflection 198 kPA; molded density (typical range) 37-80 kg/m³; tensile strength 164 kPa



	BAYFILL EA 6004
	semi-recoverable energy-absorbing polyurethane foam system; energy-absorbing, semi-rigid polyurethane foam system designed for automotive interior applications; excellent choice for occupant impact protection above vehicle beltline; mold temperature 60-66°C (140-150°C); molded density 3.4-8 lb/ft³; tensile strength (4 lb/ft³) 75.9 lb/in²



	BAYFILL EA 6005
	semi-rigid energy-absorbing polyurethane foam system; designed for automotive interior and exterior applications; excellent choice for occupant impact protection above vehicle beltline; mold temperature 54-60°C; molded density 6.0-8.0 lb/ft³; tensile strength (290 KPa) 42 lb/in²

		High efficiency of energy absorption independent of the direction
		Good thermal characteristics
		Dimensional stability during long-term use (prevention of squeaking and rattling)
		Two-component, MDI-based liquid systems
		Capable of encapsulating inserts and fixtures
		Excellent for modular component designs

		Data Sheets
		Material Safety Data Sheets