Technical foams
are usually made from LDPE (low-density polyethylene) or PUR (polyurethane). Foams are characterized by high elasticity, dimensional stability, good thermal insulation, and shock absorption. Foams can be cut, milled, glued, welded, and otherwise modified according to the specific application.
Compact rubber
Compact rubber is a solid, homogeneous material without pores, which excels in its resistance to mechanical stress and weathering. It is used, for example, in seals, washers, industrial parts, and anti-vibration elements. There are many types of compact rubbers with different chemical compositions and properties depending on the requirements of the specific application.
Microporous rubber
Microporous rubber is a lightweight, flexible material with a fine cellular structure that absorbs shocks and vibrations well. It is used, for example, in seals, insulation panels, footwear, and the automotive industry. There are several variants that differ in composition, density, and physical properties depending on the specific application.
Felts
Felt is a porous textile material made from natural or synthetic fibers that are pressed into a solid whole without weaving. It is used, for example, for sealing, filtration, noise reduction, or as a protective or decorative element. There are many types of felt, varying in composition, density, and mechanical properties depending on the specific application.
Technical textiles
The main characteristics of these materials include high strength, resistance to chemicals, high temperatures, UV radiation, and water. Textiles can be made from natural fibers (cotton, linen, wool, etc.), synthetic fibers (polyester, polyamide, or polypropylene), or composite materials. Technical textiles are used in many industries, including the automotive industry.
Engineering plastics
These materials are characterized by high strength and thermal and chemical resistance. They are suitable for construction purposes and retain their properties even at higher temperatures. The materials are resistant to chemicals, oils, and other substances. They are used, for example, in the automotive and electrical engineering industries.