• Conveying rollers in high-temperature roller kilns.

• Application industries: sintering process of technical ceramics, DPF, lithium battery anode and cathode materials, electronic ceramic powder, sanitary ware, daily ceramics, magnetic materials, refractory materials and other materials.

Features and advantages

• The minimum standard for straightness of rollers is <=0.8‰. Each roller straightness needs to be laser tested before leaving the factory, and the test data will be provided to customers.

• Each roller needs to be tested by a 70Mpa standard bending strength testing machine to ensure the reliability of each roller.

• CORESIC® SE silicon carbide rollers can provide technically superior and cost-effective solutions in harsh high-temperature furnace applications. Compared with traditional reaction sintered silicon carbide (SiSiC), recrystallized silicon carbide (R-SiC) and nitride bonded silicon carbide (N-SiC), they can bear higher loads at higher temperature for longer period of time, Therefore, the productivity of the unit furnace can be increased.

• The excellent chemical resistance of CORESIC® SE silicon carbide rollers allows it to work for a long time in strong corrosive atmospheres and ionic environments, and has a longer life.

• The strong oxidation resistance of CORESIC® SE silicon carbide rollers allows it to work stably for a long time even in an oxidizing atmosphere, and has a longer life.

• In some applications, even if the user only chooses CORESIC® SE silicon carbide rollers in the high temperature zone, as the size of the rollers is reduced, the size of the corresponding kiln bearings and other accessories is smaller to reduce the cost, and in the low temperature zone, the same size SiSiC rollers or heat-resistant alloys can be used therefore save a lot of costs for users.

CORESIC® SE silicon carbide roller standard specifications