Products

Murpec® SP is a High wear resistance; High compressive strength; Good slide properties; Good continuous temperature behavior. Production based on PEEK-SP.

Murinit® SP [FS], thanks to the low fiber content and integrated solid lubricant, this high-performance material offers an excellent combination of good slide and wear behavior, high strength, and dimensional stability – even at high temperatures. Murinit® SP also has a good resistance to chemicals and hydrolysis.Production based on PPS-SP.

The integration of 25% carbon increases the wear resistance, hardness, and creep strength of this material. Murflor®+ Carbon is used, for example, when electrical conductivity is required and Original Material "S"® Black Antistatic cannot be used because the ambient temperature is too high. Production based on PTFE-C.

"Since the 1950s, Material ""S""® has been tried and tested a thousand times over for a wide range of applications in power engineering and conveyor technology Material ""S""® is based on virgin, ultra- high molecular weight low pressure polyethylene and significantly exceeds the requirements of DI n 16972. Original Material ""S""® is one of the most successful groups of materials in the industrial plastics sector. In particular, Original Material ""S"" green® has established itself as a branded product in the plastics sector. It is used in all applications where a technical, high- performance plastic is required. Original Material ""S"" green® is synonymous with excellent slide properties, high wear resi - stance, and a long lifetime." Production based on PE-UHMW SG 1.2.

This material combines the excellent properties of the Murylon® range with additional high tensile and burst strength, increased wear resistance, and a lower level of moisture absorption than Murylon® B. Production based on PA66.

Murylon® A GF, the properties of this material surpass the already impressive characteristics of Murylon® A. This is possible thanks to admixed glass fibers. The result: A clear improvement in cold flow behavior and dimensional stability. This enables higher static pressure loads to be endured. Production based on PA66.

Thanks to its extremely low electrical resistances, Original Material "S" plus+® ESD is an optimum conductor. Full voltage dissipation for earthed components at maximum speed enables spark-free, safe work. This material provides a cost-effective alternative to carbon-filled PTFE.A member of the S plus family Production based on PE-UHMW SG 1.2.

The use of this plastic saves energy and improves the efficiency of your machines thanks to its low friction resistance. The sliding friction coefficient is reduced by up to 50 percent with this material – and so too the energy consumption for the drive power required. This plastic offers real energy-saving potential. Thanks to the additive used, Original Material ”S” ® plus+ LF ESD is electrically conductive, enabling voltage to be dissipated at maximum speed with the same maximum friction resistance. A member of the S plus family Production based on PE-UHMW SG 1.1.

The use of this highly temperature resistant polyamide enables reliable operation up to a constant service temperature of +155ºC. The material retains its rigidity and creep strength over the entire temperature range far better than other Murylon® types. Thanks to its increased resistance against oxidative degradation, it is usually used in applications at above +80ºC. Production based on PA46.

This material results from the further development of a tried-and-tested material. Experiences of over 50 years of producing Original Material "S"® have contributed to the development of this material. This involved improving already impressive material properties. For example, the self-lubricating character of this material has resulted in an improved sliding friction coefficient in comparison with Original Material "S". Original Material "S" 8000® is ideally suited for use in sliding guides, slide segments, and slide bearings.

In comparison with other thermoplastics, Murpec® has an exceptionally low thermal expansion coefficient. This property provides optimum dimensional stability and means that dimensions do not change even if used in wet environments. Because of the high glass transition temperature, the material’s rigidity and strength are retained almost in their entirety even at high temperatures. Murpec® materials are extremely resistant to deformation and exceptionally abrasion-proof. Production based on PEEK.

This material is ideally suited for use in the food sector and medical industry. As a fluorinated plastic, Murinyl® is exceptionally resistant to chemicals, hydrolysis, and sterilization. Moreover, the properties of the material change very little even at high service temperatures and after long-term exposure to UV radiation, meaning that Murinyl® is ideally suited for a wealth of applications both inside and outside. Production based on PVDF.

This material is used for applications that involve manufacturing and transportation at high pressure. The balance quantity of micro glass beads in Original Material "S" plus+® GB provide the combined benefits of extremely high molecular weight polyethylene and glass. The glass beads that protrude from the surface provide a rounded and hard sliding surface. A member of the S plus family Production based on PE-UHMW SG 1.1.

The addition of 60% bronze to the base material reduces the expansion coefficient and gives lower sliding wear.Production based on PTFE-CuSn.

Murylon® B natural has the best impact resistance of all Murylon materials. This material is especially suited for use in machine construction thanks to an excellent combination of mechanical properties. Production based on PA6.

Murtfeldt's answer to international demand for energy conservation and sustainability: Murtfeldt Original Material "S" plus+® LF When developing this material Murtfeldt managed tofurther slash the sliding friction coefficient by half. The particularly great feature of this material is that this value is constant and is achieved even at low friction intensities. The required driving force is drastically reduced, meaning that your motors need less energy and are thus significantly more economical to run. This innovative material enables an increased machine running speed at the same time as less abrasion and thus a lower maintenance requirement. As a result, the material significantly contributes to an increase in your productivity. A member of the S plus family Production based on PE-UHMW SG 1.1