BF-1000

BF-1000 extra soft cellular silicone offers the compressibility, softness and durability needed for various sealing and cushioning applications.
BF-1000 is a highly flame resistant material, ideal for sealing outdoor enclosures, protecting electronics from shock and heat and providing cushioning and vibration isolation.
BF-1000 silicone’s excellent memory and low stress relaxation reduces maintenance costs from gasket failures caused by compression set and softening. Its extra softness allows designers to use less force to seal enclosures while still protecting devices from the environment. This material offers superior vibration isolation in electronic components and transportation vehicles.
BF-1000 is also ideal for use in environmental seals to protect against penetration of dust, moisture, air or light within outdoor enclosures such as lighting fixtures, HVAC units and electronic cabinets.

Color: White | Grey | Black.
Thickness: 1.59-25.4 mm.
Thickness:0.063-1.000 inches.
Density: 192 kg/m3.
Density:12Ib./ft3

BF-1000 Data Sheet

PROPERTY	TYPICAL VALUE
Color	White \| Gray \| Black
Thickness(mm)	1.59-25.4
Thickness (inches)	0.063 - 1.000
Density (kg/m³ )	192
Density (lb./ft³)	12
Compression Force Deflection(kPa)	16.5
Compression Force Deflection(psi)	2.4
Compression Set, %	1.7
Water Absorption, %	1.4
Temperature Range(°C )	-55 to +200
Temperature Range(°F)	-67 to +392
Thermal Conductivity, W/m °K	0.048
Low Temperature Flex	Pass
Low Temperature Brittleness	Pass

BF-1000 Features

Available in thicknesses from 0.063 to 1.0 inches.
Typical density of 12 PCF.
CFD range of 1-5 PSI.
Resistant to UV, ozone, extreme temperatures, flame, heat and vibration.
Available with pressure-sensitive adhesive on one or two sides, allowing easy surface application.
Highly adaptable to various environments.
FDA compliant.
Softness allows protective seals that use less force.
High compressibility enables material to conform to variable width gaps, allowing greater design flexibility.
Reduces maintenance costs associated with gasket failures due to compression set and softening.