Crucial to the application of the pressureless and directly sintered silicon carbide SSiC employed in GAB Neumann products is its excellent chemical and abrasion resistance. Silicon carbide shows a very high purity and consecutively does not cause any pro-duct contamination. For the use in ultra pure processes, e.g. in the manufacturing
Silicon carbide heat exchangers, having universal corrosion resistance are specifically suitable for highly aggressive chemical compounds. Mersen Boostec® has mastered internally the key steps from the SiC powder through to the final heat exchanger SiC solves your problems of very high temperature,
Silicon Carbide Heat Exchanger Anti-corrosive Equipment Silicon carbide heat exchangers for corrosive media are used in chemical (pharmaceutical, pesticide, fine chemical, organic, inorganic) process systems for heat exchange of strong corrosive media. A silicon carbide heat exchanger can withstand highly corrosive mediums, such as high concentrations of sulfuric acid, nitric acid, phosphoric acid, hydrobromic acid, hydrofluoric acid, sulfonic acid, mixed acid, strong alkali, organic solvent, oxidizer and other highly corrosive acids.
High Temperature Protection Sisic Heat Exchanger Silicon For Industrial Kiln. Raw material:Silicon Carbide Powder,Imported from Saint-Gobain,High Purity Silicon Nitride,Silicon Carbide(SiC) Usage:Semiconductor,Wear-resisting Material,High Temperature and Anti- Acid,Kiln. Working temperature:0
Silicon carbide block heat exchanger Wilk-Graphite Silicon carbide block heat exchanger Wilk-Graphite silicon carbide block heat exchangers are manufactured from pure, directly and pressureless sintered SIC blocks (SSiC). They do not contain any free silicone, which could reduce the chemical resistance.
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