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Sintered
SCProbond™ SSIC
SCProbond™ SSIC is SCP's sintered silicon carbide for extremely demanding applications requiring high corrosion resistance, high-temperature performance, thermal shock resistance, and exceptional wear resistance.
Overview
Built for Extreme Chemical and Thermal Environments
SCProbond™ SSIC is produced from extremely fine, sub-micron silicon carbide powder and non-oxide sintering additives. The resulting material combines exceptional chemical resistance with the thermal, mechanical, and wear performance expected from high-performance silicon carbide.
SSiC is particularly suited to components exposed to acidic or basic media, extreme temperatures, abrasive service, or combinations of these conditions.
For applications where corrosion resistance, temperature capability, and material durability are critical, sintered silicon carbide provides an alternative to metals and conventional refractory materials.
Bond Type
Sintered
Max Use Temp
2,912°F (1,600°C)*
Corrosion resistance
Extremely High
Thermal Shock
High
Thermal Conductivity
125 W/mºK
Density
3.15 g/cc
Modulus of Rupture
380 MPa
Coefficient of Thermal Expansion @ 1,200°C
4 × 10⁻⁶/°C
Compressive strength
3,900 MPa
Tensile Strength
250 MPa
Technical data note: Physical properties shown are typical values. Actual properties may vary depending on manufacturing and curing conditions.
Performance
Why Choose SCProbond™ SSIC?
Extreme Corrosion Resistance
Sintered silicon carbide provides extremely high resistance to corrosion in acidic and basic media, making it a strong candidate for chemical and process environments where conventional materials can degrade.
High-Temperature Performance
SCProbond™ SSIC maintains its properties at extremely high temperatures, with a listed maximum service temperature of 2,912°F (1,600°C) depending on application conditions.
Thermal Shock Resistance
High thermal shock resistance allows SSiC components to withstand demanding temperature changes without sacrificing the performance expected from a high-temperature ceramic.
Wear Resistance
The exceptional hardness of silicon carbide provides high resistance to wear in demanding industrial environments where component surfaces are exposed to abrasive or erosive conditions.
Components Manufactured
SCProbond™ SSIC in the Field
SCP supplies sintered silicon carbide for demanding components across mining, chemical, petrochemical, pulp and paper, and power generation applications.
Component Reference
Nozzles
Cyclones
Spigots
Apexes
Valves
Suction pumps
Chutes
Vessel & pipe linings
Bearing seals
Dust collectors
Cones
Kiln furniture
Custom Geometry Available
SCProbond™ SSIC can be manufactured for custom component geometries. Talk to our team about your application.
Performance spotlight
Built for Extreme Chemical and Thermal Service
When a component must withstand corrosive chemicals and extreme temperatures simultaneously, material selection becomes critical. SCProbond™ SSIC provides a high-performance ceramic option for applications where corrosion, heat, and wear can challenge conventional materials.
Common Questions
Frequently Asked Questions About SCProbond™ SSIC
Explore the Full Line
Other SCProbond™ Grades
Not sure which SCProbond™ grade is right for your application? Compare the options below.
Pricing Notes
Pricing Is Quoted Per Project
SCProbond™ SSIC pricing depends on part geometry, wall thickness, tolerance requirements, order volume, and whether tooling already exists. Manufacturability, aspect ratio, and overall part dimensions all factor into final cost.
Repeat orders on existing tooling are typically the most cost-effective path since tooling costs are already amortized. Send us your drawing for an accurate, project-specific quote.