Our range of thermoplastics is divided into our own compounds and equally high-quality distribution products from the companies EMS Grivory and KOLON ENP, Inc. This carefully selected range, which has been tried and tested in practice, results in a product selection with countless application possibilities and product properties, which we supplement with our numerous services for your product.
Get an overview of the materials available from us. Our technically and commercially experienced contact persons will be happy to answer any questions you may have about product properties and individual offers.
Here you can find more information about our products.
POM belongs to the engineering thermoplastics and is characterized by its high dimensional stability, low coefficients of friction and high stiffness.
As a result, it is preferred for use in the automotive industry and electrical engineering.
PBT is a thermoplastic material characterized by its high rigidity, strength and excellent dimensional stability. This material is used primarily in electrical engineering and vehicle construction.
Polyamides belong to the engineering thermoplastics and are characterized by their high toughness and good sliding properties. They are excellently suited for use as metal substitutes, where their high mechanical strength is impressive.
PA 6, PA 66, PA 66 + PA 6, PA 12, amorphes PA
PPA is one of the high-performance polyamides and is particularly impressive due to its extreme heat resistance and mechanical strength.
PPA is used in the automotive industry for gasoline and cooling lines.
PPA-Blends, HT-PPA
PPS is a thermoplastic and offers very high chemical resistance and stiffness. Thanks to its outstanding properties, PPS is used in components subject to high mechanical, electrical, thermal and chemical stresses in the automotive and electronics sectors.
LCP are liquid crystalline polymers that are characterized by their dimensional stability and chemical resistance at high temperatures. Their field of application is primarily in mechanical and vehicle engineering as well as in the electrical industry.
PEEK is a high-temperature-resistant thermoplastic that is characterized by its very high chemical resistance. Its main applications are in the automotive industry and as an insulating material in high-voltage engineering.
PC/ABS is convincing due to the combination of the good processability of ABS and the excellent mechanical properties of PC.
This material is used primarily in automotive interiors.
TPEs are thermoplastic elastomers that can be deformed by heating. They are as soft as rubber and are used in a wide variety of applications.
TPE-S: SEBS – Compounds
TPE-V: EPDM/PP – Compounds
KEBABLEND / RS are products that can be used for radiation protection.
We develop customized KEBABLEND / RS products based on the following polymers:
KEBABLEND / H is the name of our heavy materials that can be injection molded into high-density parts. Kebablend / H is based on a wide variety of polymers with heavy filler combinations. However, restrictions on the volume concentration depending on the desired polymer must be observed.
We develop customized KEBABLEND / H products based on the following polymers:
Under the trade name KEBABLEND / EC, BARLOG Plastics GmbH markets a range of plastics with electrically conductive fillers, for the manufacture of components with good electrical properties. From antistatic behavior to good electrical conductivity and shielding properties, this product group offers a lightweight alternative to metals with a high degree of design freedom. Typical applications of KEBABLEND / EC are housings in automobiles with minimal weight for the shielding of electromagnetic fields or conductive components in the field of electrical engineering.
Why KEBABLEND / EC?
KEBABLEND / EC electrically conductive compounds are generally tailor-made for specific customers and applications. The choice of base polymer for the electrically conductive fillers and other fillers and reinforcing materials is made in close consultation with our customers’ development engineers.
Preferences:
Designed for painting plastic parts with a 3 dimensional effect.
Flexible designs, up to quantity 1
No additional effort for tooling and setup costs or logistics costs
Through magnetism, the necessary information is stored in the surface of the component
Special features:
Cost analyses by German automakers have confirmed:
Components with KEBALLOY 3D effect coatings from BARLOG bring a clear advantage in the competition with today’s common, foil-backed design elements in the cost-benefit comparison due to their enthusiasm factors!
Under the trade name KEBABLEND / M and MW BARLOG Plastics GmbH sells functional compounds for the production of injection molded magnets as well as soft magnetic components.
Why KEBABLEND / M?
Why KEBABLEND / MW?
BARLOG Plastics GmbH markets recycling compounds under the trade name KEBALLOY ECO.
Why KEBALLOY ECO?
Under the trade name KEBABLEND / WR, BARLOG Plastics GmbH markets tribologically optimized compounds for moving components, such as plain bearings, gears, rollers, sliders in countless applications. Incorporated lubricants and reinforcing materials improve the wear, friction and running-in behavior of polymers and thus of the tribological system. This results in maintenance-free or low-maintenance systems that function without additional lubrication. In lubricated assemblies, the emergency running properties of these materials come into play, thus increasing safety for the designer and the user.
Why KEBABLEND / WR?
KEBABLEND / WR tribologically modified compounds can basically be adjusted on the basis of all engineering plastics and modified to suit the respective application by using lubricants such as PTFE, MoS2, graphite and silicone oil, as well as wear-reducing and reinforcing additives such as carbon, glass and aramid fibers, mineral or ceramic.
Under the trade name KEBABLEND / TC, BARLOG Plastics GmbH markets a range of thermally conductive plastics for the manufacture of components in all areas of application that require thermal management, e.g. in the cooling of electrical and electronic components or the heating of fluid lines. KEBABLEND / TC is used in automotive applications, LED technology, photovoltaic components and in all other areas where thermal management plays a role.
Why KEBABLEND / TC?
Due to the wide range of requirements in thermal management, KEBABLEND / TC thermally conductive compounds are usually tailor-made to meet specific customer and application needs. The choice of base polymer, thermally conductive fillers and other fillers and reinforcing materials is made in close consultation with our customers’ development engineers.
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Our team will be happy to advise you in a
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