Products

BARLOG plastics GmbH Kebaflow® LCP MX130 is an LCP reinforced with 30% short glass fiber / mineral mixture with very high heat resistance. The material is characterized by the following properties: good flowability with thin walls, very good toughness and strength, inherently flame retardant, high heat resistance (HDT ~ 270 °C), good chemical resistance.

PPS-GF40, linear PPS, 40% glass fiber reinforced, approved for food applications according to EU and FDA guidelines.

PEEK, unreinforced

BARLOG plastics GmbH Kebaflow® LCP HF140 is an LCP reinforced with 40% short glass fibers with very high heat resistance. The material is characterized by the following properties: good flowability with thin walls, very good toughness and strength, inherently flame retardant, high heat resistance (HDT ~ 300 °C), good chemical resistance.

PPS-GF40, cross-linked PPS, 40% glass fiber reinforced, hydrolysis stabilized, improved flowability

KEBAPEAK XS 2800 is an unreinforced, highly viscous PEEK grade that is filtered to achieve a particularly high level of purity. In addition to injection molding applications with high purity requirements, the material is particularly suitable for thin-walled extrusion applications such as Cable sheathing.

PEEK-GF30, PEEK, 30% glass fiber reinforced

KEBABLEND / EC FE 190106 PPS is a special compound based on PPS, which is electrically conductive.

BARLOG plastics GmbH Kebaflow® LCP HF130 is an LCP reinforced with 30% short glass fibers with very high heat resistance. The material is characterized by the following properties: good flowability with thin walls, very good toughness and strength, inherently flame retardant, high heat resistance (HDT ~ 300 °C), good chemical resistance.

linear PPS, 30% glass fiber reinforced, impact resistant

PEEK-CF20, PEEK; 20% carbon fiber reinforced

PPS-GF40, linear PPS, 40% glass fiber reinforced, hydrolysis stabilized

PPS-GF30, linear PPS, 30% glass fiber reinforced, impact resistant, approved for food applications according to EU and FDA guidelines.

KEBAPEAK FE 150304 is a sliding and wear-optimized high-performance compound based on PEK (polyether ketone) with excellent wear resistance at high temperatures and high surface pressure.

Plain bearing material based on PPS, PPS + carbon fiber + graphite

PPS-CF, PPS carbon fiber reinforced

BARLOG plastics GmbH Kebaflow® LCP MF130 is an LCP reinforced with 30% short glass fibers with very high heat resistance. The material is characterized by the following properties: good flowability with thin walls, very good toughness and strength, inherently flame retardant, high heat resistance (HDT ~ 270 °C), good chemical resistance.

linear PPS, 20% glass fiber reinforced, laser weldable, natural

linear PPS, 30% glass fiber reinforced, impact resistant, hydrolysis stabilized

PPS-GF / MD 65, linear PPS, 65% glass fiber / mineral hybrid reinforced

PEEK-GF20, PEEK, 20% glass fiber reinforced

PEEK-X30, tribologically modified

PPS-GF / MD 65, cross-linked PPS, 65% glass fiber / mineral hybrid reinforced

PPS-GF40, linear PPS, 40% glass fiber reinforced

PPS-MD60, linear PPS, 60% mineral filled, good surface quality

PPS-GF40, cross-linked PPS, 40% glass fiber reinforced, hydrolysis stabilized

linear PPS, 40% glass fiber reinforced, impact resistant

PEEK, unreinforced

PPS-GF40, cross-linked PPS, 40% glass fiber reinforced

linear PPS, 40% glass fiber reinforced, easy flowing, reduced burr formation

PEEK-CF30, PEEK; 30% carbon fiber reinforced

KEBAPEAK FE 150303 is a sliding and wear-optimized high-performance compound based on PEK (polyether ketone) with excellent wear resistance at high temperatures and high surface pressure.

KEBAPEAK FE 160203 is a carbon fiber reinforced high-performance compound based on PEKK (polyether ketone ketone) with outstanding mechanical properties, especially at high temperatures, since the glass transition temperature is 176 ° C and the melting temperature is 396 ° C.

BARLOG plastics GmbH Kebaflow® / LCP MM140 FE 180404 is an LCP reinforced with 40% mineral with very high heat resistance. The material is characterized by the following properties: good flowability with thin walls, very good toughness and strength, inherently flame retardant, high heat resistance (HDT ~ 270 °C), good chemical resistance.