ADVANCED TECHNOLOGY
Our company follows up the technology closely and applies it and has been continuing to produce with cutting -edge technology machine and equipments...
SPECIALIZED ENGINEERING
With our engineer staff, we have been rendering service to our customers with calculations of area and application techniques....
AFTER SALES SUPPORT
Our products are guaranteed for 2 years. We are as close as a phone for your problems and their solutions....
RUBBER FLOOR COVERING
- Rubber floor covering has various properties with its aesthetic appearance.
- Tile rubber floor covering is flexible, protective and shock absorber.
- Tile rubber floor covering also protects us against fall, injury and impacts at all outdoor and indoor sport floors and public areas.
- With the specially produced tile rubber produced for fitness, body building and sport halls, sound insulation is provided sourced from leaving the dumbbells and weights to the floor.
- Besides, with this special product, we have enabled to remove the cleaning of SBR granule particles which are separated due to friction and use during the day time continuously.
- Tile rubber floor covering can be demounted therefore it is easily repaired and maintained.
- Tile rubber floor covering, with its shock absorber feature at walking and running areas, also avoids articular disorders which occur in knees and joints.
- Karan Kauçuk has taken it as a mission to include new products into its product range according to its customers’ requests and has been developing itself through its RESEARCH- DEVELOPMENT Team.
Recycle your old tires...
Decrease of impact effect of rubber floor covering
Measuring the decrease of impact effect on surface materials in accordance with TS EN 1176 AND 1177 Standards
In accordance with TS EN 1176 and 1177 rules which entered into force on 15 April 2002, materials decreasing the impact effect are obligatory to be used. This standard sets for the use of flexible floor material for the critical height of fall higher than 0,60. The compliance of rubber floor materials which are made of recycled, aesthetic and flexible rubber granules has been proved by various test reports.
In this test, over a plate which is placed to form a square, experimental head weighted at 4,6 kg is used, and by the acceleration sector connected to various measuring and assessment tools; critical fall height is determined.
