SMC and BMC provide excellent electrical insulation, dimensional stability, and mechanical strength, making them ideal for switches, fuse holders, housings, and cabinets.
They resist fire, moisture, and environmental degradation, ensuring safe and durable components for the energy and electrical industry.
From switchgear and circuit breakers to high-voltage enclosures and explosion-proof housings, Menzolit composites deliver lightweight, flame-retardant and corrosion-resistant solutions. High precision and reliability make them the first choice for electrical infrastructure and energy applications. The durability and performance consistency help extend the lifecycle of electrical installations while reducing maintenance.
SMC and BMC materials combine high electrical insulation, flame resistance, and dimensional stability, ensuring safe, long-lasting and maintenance-free performance across diverse electrical environments and energy applications.
Menzolit composites provide excellent dielectric strength, surface resistivity and low water absorption. They meet the highest European safety standards, offering low smoke in case of fire.
Engineered to maintain rigidity and precision across temperature variations, Menzolit’s SMC/BMC ensures stable performance and corrosion resistance even in outdoor or industrial applications.
High heat tolerance of SMC and BMC materials ensures reliable performance and structural integrity for sensitive and fire-critical applications.
Compliant and certified under UL 94 fire classifications, IEC 60112 CTI 600 comparative tracking index, ISO 62 water absorption, IEC 60707-3 flammability test
With excellent flow and pigmentability, Menzolit’s SMC and BMC composites enable complex geometries, self-coloured parts and high-quality finishes which can be homogeneously coloured.
SMC and BMC materials offer resistance to fuels, oils, lubricants and harsh weather conditions for long-term durability.
General purpose SMC for electrical applications especially lamp housings. Fire retardancy UL 94 HB, glow wire 750 °C.
Flame-resistance
General purpose SMC for electrical applications especially wiring cabinets. Fire retardancy UL 94 HB, glow wire 850°C.
Flame-resistance
General-purpose SMC for electrical applications, with increased glass content for higher mechanical properties.
Flame-resistance
General purpose SMC for electrical applications. Fire retardancy: UL 94, V-0 (3 mm)
Flame-resistance
General-purpose SMC for electrical and mass transport applications with high fire resistance. Yellow card available and fulfils DIN 5510 class S4
Flame-resistance
General-purpose material for housings, covers and functional components
General Purpose SMC
Injection mouldable SMC for electrical applications that require higher strength than injection moulded BMC.
Injection SMC
SMC with improved surface quality compared to SMC 0200
Surface Quality
Low-pressure SMC for applications requiring moulding at low press tonnage.
Low Pressure
Arc resistance, high fire-retardant SMC for arc quenching chambers and electrical applications.
Flame-resistance
Features antistatic properties for use in explosion-proof components within the mining, gas and oil exploration industries, and chemical plants.
Antistatic
General purpose BMC for electrical applications. Fire retardancy UL 94 HB, glow wire 750°C.
Flame resistance
High-strength and general-purpose BMC for electrical applications.
Flame resistance
General purpose BMC with high mechanical strength for electrical applications.
Flame resistance
General purpose BMC for electrical applications.
Flame resistance
General-purpose BMC for enclosures, covers and functional components.
General Purpose BMC
Low-shrink material with lower fire retardancy. Typical applications include housings, covers and household appliances.
Surface Quality
Low-profile BMC with increased shrinkage compensation but reduced pigmentability, used for functional compounds with light colours.
Surface Quality
High-strength material with tough matrix resins, for compression moulding only.
High strength
High temperature stability for applications requiring high service temperatures, approximately 200°C.
High temperature
Arc resistance BMC for arc quenching chambers, especially with high fire retardancy.
Flame resistance
Features antistatic properties for use in explosion-proof components within the mining, gas and oil exploration industries, and chemical plants.
Antistatic Properties
Get guidance from Menzolit engineers on designing high-performance, flame-resistant, and durable electrical components.
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