Performa Wheels are the market’s most-superior soft tread wheel. Competitors from around the world have attempted to copy this innovative and unique wheel since its release in 1993. Performa is the original, and it’s manufactured right here in the United States in more sizes and treads than ever before.
Why Choose Performa?
- Easy rolling and turning – for ergonomic advantage
- Quiet rolling, impact resistant, and very floor protective
- Absorbs shock to help protect equipment
- Maximum weather-ability and resistance to chemicals, water and steam
- USA-Made for fast lead times and the highest quality
- Rejects floor debris, such as metal shavings, for long service life
Many computer manufacturers and electronics companies require conductive wheels on assembly carts to eliminate static build-up and discharge. Although conductive caster wheels have existed for years, almost all of them mark floors. Colson has solved this problem with our selection of Performa Conductive Wheels. These models combine a soft cushion ride with a non-marking tread design. All wheels feature a cushion grey Performa tread bonded to a black Polyolefin wheel core. Performa Conductive wheels have been rigorously tested and approved by an independent lab and meet the requirements of federal specification FF-C-88C. This specification requires an average electrical resistance of less than 250,000 ohms. For other wheel sizes, please consult factory for availability.
Temperature Range: -45ºF to +180ºF intermittent service (120º continuous service)
Hardness: 75(±5) Durometer Shore A scale
As oil is injurious to compounds and impairs the electrical conductivity of these products, contact with oil should be avoided. Conductive characteristics of the tread compounds may decrease with, among other things, service and contact with lubricants, waxes, polishes and cleaning materials used for floor maintenance. Since Colson has no control over these conditions, no warranties, express or implied, of either merchantability, fitness or otherwise respect to the continuing level of conductivity of the product, are made.