Ryfel Kompozytowy / 3mm / 1,2x10m / SCP Select

Ryfel Kompozytowy (Composite Rib) flooring – solid SBR ribbed rubber

Ryfel Kompozytowy SCP Select is a technical solid SBR rubber flooring with a pronounced longitudinal ribbed pattern. This profile improves traction in the direction of movement and helps channel water, mud and small debris away from the walking surface. The product is vulcanised and supplied in rolls of standard lengths and widths (including 3 mm, 1.2 × 10 m), which makes it easy to cut by hand with a utility knife and to adapt to the shape of ramps, drive‑on areas and traffic routes.

The base material is a styrene‑butadiene rubber (SBR) compound – a general‑purpose rubber – providing solid mechanical performance combined with an attractive cost‑to‑durability ratio. Ryfel Kompozytowy effectively dampens vibrations and noise, improves walking comfort and protects the substrate against mechanical damage such as impacts and abrasion. It is particularly suitable for concrete floors in loading zones, ramps, working platforms, garages, workshops and warehouses, as well as for protecting floors in vehicle cargo areas. Ryfel Kompozytowy flooring is an industrial‑grade product – immediately after unpacking a noticeable rubber odour may be present, which gradually fades over time with adequate ventilation of the room.

Application conditions and limitations

The SBR rubber used in Ryfel Kompozytowy is intended for service in chemically neutral environments and is not resistant to continuous contact with oils, fuels, greases or aggressive chemicals. Exposure to such media may lead to swelling, hardening or cracking of the material; for these applications, floorings based on special compounds (e.g. NBR, TPE) should be considered. The flooring is not designed for long‑term outdoor use – prolonged exposure to weathering, UV radiation and ozone accelerates the ageing process of rubber.

Within a typical operating temperature range of approximately -20°C to +70°C, the flooring maintains stable mechanical properties. For applications close to the limits of this range and in areas exposed to high dynamic loads, it is recommended to test a sample under actual service conditions. In high‑traffic zones, especially with wheeled traffic, permanently bonding the flooring to the substrate will improve stability, user safety and overall service life of the surface.