High Temperature Resistant Silicon Carbide Tubes for Industrial Use
Silicon carbide tubes have proven their durability against extreme temperatures and environments with harsh abrasivesness, with exceptional strength and longevity.
Ceramic material can be used as a thermocouple protection tube for medium frequency forging and various heat treatment electric furnaces in the metallurgy industry, while offering excellent chemical resistance and low thermal expansion properties.
High Temperature Resistance
Silicon carbide has the capacity to withstand high temperatures, making it ideal for power industry applications. With a Mohs hardness rating that matches diamond, silicon carbide tubes provide resilient protection over extended use.
These ceramic tubes can withstand harsh environments and chemicals, including power generation, metal smelting, oil drilling and automotive industries.
Hexoloy tubes boasting an as-fired surface finish, tight dimensional control and very fine grain size require minimal or no machining for your specific application. You can find Hexoloy tubes in various sizes to meet any need; their high thermal conductivity also makes them an ideal choice for heat exchanger applications while their excellent creep resistance properties mean they can withstand long term high temperatures.
Excellent Corrosion Resistance
Silicon Carbide (SiC) exhibits excellent corrosion resistance across a broad range of media, such as acidic, alkaline and oxidizing chemicals. Furthermore, its toughness makes it an ideal material for wear-resistant components reducing maintenance requirements and operating costs overall.
SiC is renowned for its hardness and compressive strength, making it a highly suitable material for composite armor protection systems. SiC has proven itself superior to ceramics and metal alloys when it comes to protecting against high velocity projectiles.
Kerui Refractory offers an expansive selection of sintered silicon carbide products in various shapes, sizes and specifications to meet a range of applications across various fields. This range includes beams, rollers, cooling air pipes, burner nozzles thermocouple protection tubes temperature measuring tubes as well as special-shaped structural parts.
High Hardness
Silicon carbide is one of the hardest synthetic materials, boasting a Mohs hardness rating close to diamond. This extreme hardness enables silicon carbide tubes to endure harsh environments while resisting corrosion.
SSiC tubes are well suited to power industry applications due to their excellent temperature resistance and chemical inertness, making them suitable for harsh temperatures, abrasive environments, and corrosion from corrosion-causing chemicals. Plus, these durable tubes boast long meter lifespans for reliable performance over time.
KERUI offers sintered, reaction-bonded and recrystallized silicon carbide tubes for industrial applications. Select the type that best meets your needs - sintered silicon carbide has superior mechanical strength while moderate oxidation resistance, while RSiC features both superior mechanical strength and good oxidation resistance - both types can withstand temperatures up to 1600degC as well as strong thermal shock resistance.
Excellent Wear Resistance
Silicon carbide is an exceptionally hard and durable material, capable of withstanding extreme temperatures and chemical corrosion. Furthermore, its superior abrasion resistance and long meter life expectancy make it an excellent component for power industry applications.
KERUI's sintered tungsten carbide (SSiC) ceramic tubes are created by sintering high-quality silicon carbide powder with non-oxide additives at elevated temperatures to create dense products with superior properties, including hardness second only to diamond, excellent abrasion resistance, corrosion resistance, and thermal shock resistance.
These tubes can be formed into various structural parts, including beams, rollers, cold air pipes, burner nozzles and thermocouple protection tubes. Their strengths include superior strength, ductility, good abrasion resistance and thermal conductivity - saving energy costs in industrial kilns.
Excellent Oxidation Resistance
Silicon carbide is a durable material and suitable for use in harsh environments like metal smelting, chemical production and glass manufacturing. It can withstand high temperatures, abrasion and corrosion-causing chemicals while boasting low thermal expansion rates and superior conductivity for efficient heat transfer.
This feature makes them especially beneficial in applications like gas turbines where temperatures may reach 2,500degC. They can withstand this intensely hot environment while still remaining intact, making them an excellent component choice for use within power industry applications.
Hexoloy is produced using pressure-less sintering of submicron SIC powder, producing a fine-grained product with tight dimensional control and superior mechanical properties, producing an as-fired surface finish of 32-64 microns with tight dimensional control, eliminating the need for further machining or finishing grindin