Silicon Carbide Sleeve

A cutting-edge substance known for its remarkable resilience to wear and corrosion is Semicorex Silicon Carbide. Because of its exceptional engineering qualities, this material is a great option for a range of industrial applications where dependability and endurance are crucial.

Superior Strength and Hardness

With a Moh's scale grade of 9.0 to 9.2, Silicon Carbide Sleeve's exceptional hardness is one of its distinguishing characteristics. The sleeve can tolerate high mechanical stress and abrasive pressures without degrading thanks to its high hardness level. Additionally, the material offers improved durability and structural integrity, being four to five times stronger than nitride-bonded silicon carbide.

Outstanding Resistance to Wear and Corrosion

Because of its exceptional resistance to corrosion and wear, silicon carbide sleeves are a popular option for hostile environments. The sleeve can withstand extended exposure to erosive materials without suffering appreciable deterioration thanks to its abrasion-resistant qualities. Its anti-oxidation properties also make it even more appropriate for use in situations where oxidation might be an issue.

Chemical and Thermal Stability

For applications needing effective heat dissipation, the material's exceptional thermal conductivity is essential. Because of its low heat expansion coefficient, it maintains dimensional stability at different temperatures, avoiding deformation or cracking. Additionally, our Silicon Carbide Sleeve exhibit exceptional chemical stability, retaining their integrity over time by fending off interactions with a variety of substances.

Lifespan and Adaptability

Our Silicon carbide sleeves have a seven to ten times longer service life than conventional materials like alumina. More complicated shapes and applications are possible with Reaction Bonded Silicon Carbide (RBSiC) due to its much higher modulus of rupture (MOR) than Silicon Nitride Bonded Silicon Carbide (SNBSC). Because of its adaptability, it is the perfect material for a wide variety of industrial applications.

Our Silicon Carbide Sleeve is employed across various industries because of its special qualities and performance advantages. 

Liners for Industrial Equipment

Our Silicon carbide sleeves are frequently employed in industrial settings as a corrosion- and wear-resistant liner for machinery such grinder drums, pumps, valves, cylinders, and sliding bearings. Its capability to protect metal structures from excessive wear significantly extends the service life of these components, reducing the risk of equipment failure and ensuring consistent performance.

Increased Equipment Durability

Industrial machinery can continue to operate reliably and efficiently if Silicon Carbide Sleeves can be changed on a regular basis. These sleeves provide an affordable way to keep equipment in top shape by reducing wear and tear on the metal parts, which helps prevent expensive downtime and repairs.

Applications of Complex Shapes

Silicon carbide sleeves' exceptional mechanical qualities enable their use in applications requiring elaborate patterns and complex shapes. When certain performance characteristics are needed in custom-engineered systems, this flexibility is very beneficial.

Principal Advantages

High specific surface area, a narrow particle size distribution range, and high purity are only a few benefits of using silicon carbide sleeves. Its exceptional chemical stability and high thermal conductivity are a result of these qualities, which guarantee effective operation in demanding applications. Its high hardness further emphasises how well suited it is for applications where resilience to mechanical stress and longevity are essential.