Products

PBT-GF30 FR, PBT, 30% glass fiber reinforced, flame retardant

BARLOG plastics GmbH Kebaform® / C 25 H is a new type of POM that was developed specially for sliding and wear applications. Compared to a standard POM copolymer, the material is characterized by a higher crystalline structure and thus better wear properties and a higher melting temperature. Kebaform® / C 25 H improves the sliding and wear behavior solely by modifying the polymer chain and there is no reduction in mechanical properties due to the addition of tribologically active additives. Due to its property profile, Kebaform® / C 25 H is particularly well suited for applications that require good sliding and wear behavior, but do not allow compromises in mechanical properties, e.g. For gears, rollers, plain bearings, guide bushes, etc.

PBT unreinforced, flame retardant

POM-CF20, POM copolymer, medium viscosity, carbon fiber reinforced, electrically conductive

PBT + X-GF45, 45% glass fiber reinforced, optimized surface quality, improved weld line strength and reduced tendency to warp, color settings with approval for food contact available.

BARLOG plastics GmbH Kebaform® / C 901 TS is a specially modified type, which is characterized by excellent sliding and wear properties. Despite the highly efficient modification with PTFE and a special silicone oil, Kebaform® / C 901TS has excellent mechanical properties. Kebaform® / C 901TS is used wherever high demands are placed on wear resistance, uniformity of friction behavior under changing conditions and low noise levels, and at the same time the mechanical property profile of a technical construction material is required. Kebaform® / 901TS is particularly suitable for sliding pairings with changing operating conditions, e.g. B. When starting behavior without stick-slip effect is just as required as high wear resistance over the entire service life.

PBT-GF30, PBT, 30% glass fiber reinforced

KEBABLEND / WR XB 111001/5 is a special compound based on POM, which has very good sliding behavior and high wear resistance.

POM copolymer unreinforced, medium viscosity, tribologically modified, optimized sliding and wear behavior

BARLOG plastics GmbH Kebablend® / WR 02/2110 is a special compound based on POM homopolymer, which has very good sliding behavior and high wear resistance. The material has medium strength and a high elongation at break and, compared to POM copolymer, an increased melting temperature and heat resistance.

(PBT + ABS) -GF30, PBT / ABS blend, 30% glass fiber reinforced, reduced tendency to warp

POM copolymer unreinforced, medium viscosity, electrically conductive

BARLOG plastics GmbH Kebablend® / WR 01/2202 is a special compound based on POM, which has very good sliding behavior and high wear resistance. The material has medium strength and a very high elongation at break.

BARLOG plastics GmbH Kebaform® / C 130 H is a new type of POM that was developed specially for sliding and wear applications. Compared to a standard POM copolymer, the material is characterized by a higher crystalline structure and thus better wear properties and a higher melting temperature. Due to its property profile, Kebaform® / C 130 H is particularly well suited for applications that require good sliding and wear behavior, but do not allow any compromises in mechanical properties, e.g. For gears, rollers, plain bearings, guide bushes, etc.

PBT unreinforced, highly impact modified

BARLOG plastics GmbH Kebablend® / WR FE 190202 is a special compound based on PA66 that combines high strength and impact resistance with good sliding behavior and high wear resistance.

PBT unreinforced, medium viscosity, injection molding type with optimized toughness

KEBABLEND / WR 01/2120 is a special compound based on POM, which has very good sliding behavior and high wear resistance.

KEBABLEND / WR 01/2105 is a special compound based on POM, which has very good sliding behavior and high wear resistance.

BARLOG plastics GmbH Kebablend® / WR 01/1220 is a special compound based on POM, which combines high strength with good sliding behavior and high wear resistance, as well as electrical conductivity.

BARLOG plastics GmbH Kebablend® / WR XB 111001/1 is a special compound based on POM, which has very good sliding behavior and high wear resistance. The material is also characterized by noise-dampening properties.

POM copolymer unreinforced, medium viscosity, UV stabilized, reduced formaldehyde emission for applications in the vehicle interior, suitable for unpainted high gloss surfaces.

POM copolymer unreinforced, medium viscosity

BARLOG plastics GmbH Kebablend® / WR XB 111001/12 is a special compound based on POM, which has very good sliding behavior and high wear resistance. The material is also characterized by noise-dampening properties.

POM copolymer unreinforced, highly viscous for injection molding and extrusion processing

PEEK, unreinforced

BARLOG plastics GmbH Kebablend® / WR 01/1120/2110 is a special compound based on POM, which combines high strength and rigidity with good sliding behavior and high wear resistance.

POM copolymer unreinforced, low viscosity

BARLOG plastics GmbH Kebablend® / WR XB 081101 is a special compound based on PA66 that combines high strength and impact resistance with good sliding behavior and high wear resistance.

KEBABLEND / WR 01/2110 is a special compound based on POM, which has very good sliding behavior and high wear resistance.

POM copolymer unreinforced, medium viscosity, UV stabilized

POM copolymer unreinforced, low viscosity, laser-inscribable

PBT unreinforced, injection molding type, approved for use in contact with food

BARLOG plastics GmbH Kebablend® / WR 04/2530/2115 is a tribologically modified special compound based on PA66 with 30% glass balls and 15% PTFE. The product is characterized by increased rigidity, isotropic shrinkage behavior, good sliding behavior and high wear resistance.

POM copolymer unreinforced, medium viscosity, optimized crystallization behavior

BARLOG plastics GmbH Kebablend® / WR XB 111001/3 is a special compound based on POM homopolymer, which has very good sliding behavior and high wear resistance. The material has medium strength and a high elongation at break and, compared to POM copolymer, an increased melting temperature and heat resistance.