Silicon carbide - Import export

100% modular grating thanks to its unique connection system excellent drainage and ventilation easy to clean thanks to its lightweight easy to move, install and relocate marking of safety zones thanks to the angles and yellow borders antislip resistant to grease (MB45PR) resists metal chip splashes (surface with GRIP) thanks to the silicon carbide surface

very antislip coating: R11 or R12 version according to DIN E 51130 extremely robust resists flying metal chips thanks to the silicon carbide surface withstands high mechanical loads very good resistance to oils, greases and most chemicals easy adaptation to the configuration of the premises exists in tiles or rolls antislip sole for better grip on the ground thermal insulation

MB46: dry or slightly wet MB46PR : dry, slightly wet or oily MB46GRIP: dry, slightly oily, splashing of metal chips Advantages: 100% modular slab thanks to its unique connection system easy to transport, install and relocate important antifatigue function thanks to its revolutionary underside thermal insulation marking of safety zones thanks to the angles and yellow borders antislip resistant to grease (MB46PR) selfweighted resists flying metal chips (GRIP surface) thanks to the silicon carbide surface Colors: black (natural rubber), red (nitrile rubber), or shiny anthracite

Centrifugally cast composite parts made up with a matrix in silicon-aluminum alloy and SiC reinforcement elements: Silicon Carbide particles. Characteristics of an ALUSiC® piece: - SiC reinforcement ratio ranging from 30 to 60% (in volume) depending on the application. - Perfect volume distribution of the SiC particles. Physical properties: - Low density (d ≤ 2.95). - Very low expansion coefficient (alpha < 8x10-6 with 60% SiC). - High thermal conductivity (> 150W/m/°K). Mechanical properties: - Very high stiffness (Proof stress > 185x10-6 N/mm² with 60% SiC). - Exceptional wear resistance. - Good mechanical properties under hot conditions (up to 300° C / 572° F). The non-reinforced zone has the characteristics of basic alloy.

Silicon carbide can be made in different chemical compositions. It can be found either as lower purity grades mostly used for thermal applications or high-purity grades (sintered SiC and CVD SiC) that makes silicon carbide an advanced ceramic with exceptionnal mechanical and thermal properties. Selection of materials Microcertec offers two high-purity silicon carbide grades that are particularly suited for hostile environments : sintered silicon carbide CVD silicon carbide Both SiC materials are mainly designed to be used in thermal-mechanical or corrosion-resistance applications because they show an outstanding behaviour to resist to wear, thermal shocks and corrosion (liquids and gases). Moreover, these pure SiC grades offer a high thermal conductivity, in the range of 120 to 160 W/m.K for sintered silicon carbide and 250 W/m.K for CVD SiC. Properties Sintered silicon carbide and CVC SiC have the following properties : low density excellent thermal shock...