the Superiority of Silicon Carbide Seal Rings

Silicon Carbide Seal Rings are hard and boast excellent abrasion resistance, making them an excellent choice for many applications. In addition, their low coefficient of friction provides reduced drag while their chemical stability ensures stability over time. Reaction-bonded silicon carbide is the go-to material for mechanical seals, offering improved thermal shock and abrasion resistance over traditional …

the Superiority of Silicon Carbide Seal Rings Read More »

Understanding the Forming Process of Silicon Carbide Ceramic

Silicon carbide ceramic is an extremely high-performing material, used across numerous industries. Due to its excellent corrosion and abrasion resistance, high temperature strength, and low thermal expansion properties, silicon carbide ceramic makes one of the most flexible refractory ceramics on the market today. Silicon carbide ceramic production begins with fine SiC powder and sintering additives. …

Understanding the Forming Process of Silicon Carbide Ceramic Read More »

Exploring the Strength of Reaction Bonded Silicon Carbide

Reaction Bonded Silicon Carbide is an extremely durable ceramic material, boasting excellent wear resistance, chemical compatibility, and thermal shock resistance properties. RBSiC can be found in pipe liners, flow control chokes, and larger wear components for mining applications. Reaction Bonded Silicon Carbide is produced by infiltrating a porous carbon preform with liquid silicon. This allows for …

Exploring the Strength of Reaction Bonded Silicon Carbide Read More »

Tough Ceramic Lining for Industrial Strength and Resistance

Ceramic lining can withstand sliding abrasion and moderate-to-heavy impacts without cracking under impact, and its polished tile surface polishes over time into a glass-smooth surface that prevents adhering materials and eliminates risk of cracking under impact. Fluid pipeline transportation is widely utilized across a range of industries including power generation, metallurgy, coal mining, petroleum refining, …

Tough Ceramic Lining for Industrial Strength and Resistance Read More »

High Temperature Applications of Silicon Carbide Ceramics

Silicon Carbide Ceramics are technical ceramic that has been utilized for more than a century in abrasives, wear-resistant components and refractories. Known for its hardness and light weight properties, and resistance to heat and thermal shock. SiC components excel at withstanding corrosion, abrasion and erosion as easily as frictional wear, thanks to their high modulus …

High Temperature Applications of Silicon Carbide Ceramics Read More »

The Impact of Silicon carbide ceramic on Automotive Engineering

Silicon Carbide ceramic is an non-oxide dense refractory ceramic material offering many desirable properties and has become a top choice in numerous industrial markets worldwide. Foamed SiC ceramics are highly recommended for the filtration and purification of industrial lyes and metal solutions, heating of corrosive liquids and as special carrier materials in automotive exhaust gas …

The Impact of Silicon carbide ceramic on Automotive Engineering Read More »

The Manufacture and Processing of Silicon Carbide Ceramic

Silicon carbide ceramic is one of the hardest and strongest advanced ceramic materials, boasting excellent chemical resistance against acid, alkali corrosion and low thermal expansion rates. Reaction bonding and sintering are two methods used to fabricate material. These forming methods will have an immense influence on the microstructure of the finished product. Production Processes Silicon …

The Manufacture and Processing of Silicon Carbide Ceramic Read More »

Properties and Applications of Porous Silicon Carbide Ceramics

porous ceramics, as a new type of material with excellent performance and broad prospects, are widely used in petroleum and chemical industries, environmental protection, metallurgy, machinery, mining, food, medicine, and biology as filtration, separation, gas distribution, sound absorption, sensitive materials and separators, bioceramics, and catalyst carriers. Silicon carbide porous ceramics, which combine the characteristics of …

Properties and Applications of Porous Silicon Carbide Ceramics Read More »

High temperature isostatic pressing sintering of silicon carbide ceramic

Using glass or metal foil (low-carbon steel, nickel, molybdenum) as a mold and hydrogen or inert gas as a pressurized medium, sintering the powder inside the mold under high temperature and pressure; It is also possible to first burn a non dense body with a certain shape under atmospheric pressure, and then conduct high-temperature isostatic …

High temperature isostatic pressing sintering of silicon carbide ceramic Read More »

Scroll to Top