Boost performance with rubber flooring
Rubber polymer is the starting point for high quality, high performance flooring solutions. Our rubber polymers have a wide range of valued characteristics such as durability, sound insulating properties and vibration dampening qualities. We use our expertise in polymer engineering to refine these characteristics, boost performance and optimize various resistance functions to provide the best solutions for specific applications.聽
Boost performance with rubber flooring
Our rubber flooring is designed to resist wear and withstand heavy traffic.
Safety
The outstanding non-slip properties of our solutions are proven and recognized worldwide.
Comfort
Our rubber flooring is sound insulating, dampens vibrations and is comfortable to stand and walk on.
Rubber flooring for industrial workplaces
Standard matting
Intended for numerous applications involving industrial and general purposes: public places such as waiting rooms, shops, restaurants, stairways, entrances, airports, port terminals, ships, schools, buses, impact protection and wall protection.
Technical matting
Our high-performance flooring range provides a special solution for each specific problem: Fire resistance, dielectric strength or anti-static properties, resistance to oil or hydrocarbons, vibration, noise isolation and much more. Each characteristic can combine with others to differing degrees, to provide the most suitable response for each environment.
Floor finder: industrial workplaces
Storage
Conditions
In the majority of products based on vulcanised rubber, storage for a certain period inevitably induces changes in the physical properties of the stored products.
Consequently, these products may not have their ultimate performance characteristics if stored for a length of time before use (for example, an excess hardness, softening of the rubber or cracks and other surface deteriorations).
These changes may result from one particular factor or from a combination of factors, namely the effect of oxygen, ozone, light, heat and humidity.
The adverse effects of these factors may be minimised by a careful choice of the storage conditions.
Consequently, these products may not have their ultimate performance characteristics if stored for a length of time before use (for example, an excess hardness, softening of the rubber or cracks and other surface deteriorations).
These changes may result from one particular factor or from a combination of factors, namely the effect of oxygen, ozone, light, heat and humidity.
The adverse effects of these factors may be minimised by a careful choice of the storage conditions.
Protective measurements
Storage area requirements
Cool: Optimum temperature is 10掳 C.
It must not drop below 0掳 C nor exceed +30掳 C.
However, should the temperature fall below 0掳 C, simply take the precaution of re-warning
Cool: Optimum temperature is 10掳 C.
It must not drop below 0掳 C nor exceed +30掳 C.
However, should the temperature fall below 0掳 C, simply take the precaution of re-warning
the pieces of rubber slowly before handling them in order to avoid any risk of damage.
Relatively dry: Maintain a relative humidity between 45 and 70% as excessive dryness is harmful for the rubber.
Temporary deviations are however allowed.
Light ventilation: Ventilation shall be as light as possible, avoiding any draughts.
Heating: Keep the storing place away from heat and steam sources.
Lightning: During storage, exposition to sunlight or any other light source rich in ultraviolet radiation must be avoided.
Cleanliness: Oil, greases and chemicals must not be stored in the same room or should at least be kept separate from, Provide adequate protection against rodents and insects.