Custom 800x500mm Silicon Carbide (SiC) Heat Exchanger Plate | High Corrosion & Thermal Shock Resistance

Product Description

Our custom silicon carbide heat exchanger plates represent the pinnacle of corrosion-resistant thermal technology. Manufactured from high-purity sintered silicon carbide (SSiC) through advanced isostatic pressing and pressureless sintering processes, these plates deliver unmatched performance in the most demanding chemical processing applications. With precision micro-channels as fine as 1mm and customizable dimensions up to 800×500mm, they provide superior heat transfer efficiency and exceptional longevity in environments where traditional materials fail.

Technical Specifications & Material Properties

Key Advantages & Performance Benefits

• Extreme Chemical Resistance: Excellent resistance to sulfuric acid, hydrochloric acid, hydrofluoric acid, and mixed acid environments, significantly outperforming graphite and metal alloys

• Superior Thermal Efficiency: High thermal conductivity (140-160 W/m·K) ensures rapid heat transfer and optimal energy recovery

• Custom Engineering Solutions: Available in sizes up to 800mm × 500mm with complex micro-channel designs tailored to specific application requirements

• Precision Manufacturing: Guaranteed dimensional accuracy of ±1.0mm with thickness tolerance of ±0.1mm for perfect system integration

• Multiple Sealing Options: Compatible with gasket sealing, mirror finishes, or high-temperature diffusion welding for reliable pressure containment

• Rigorous Quality Assurance: Every plate undergoes comprehensive factory inspection including fluorescent penetrant testing to ensure defect-free performance

Primary Industrial Applications

• Chemical Processing Industry: Heat recovery and temperature control in aggressive acid and alkali environments

• Pharmaceutical Manufacturing: Critical heat transfer in corrosive pharmaceutical production processes

• Environmental Protection Systems: Waste acid treatment and recovery applications requiring extreme corrosion resistance

• Specialty Chemical Production: Handling abrasive slurries and mixed acid solutions where metal alloys fail

Competitive Advantages Over Traditional Materials

• Vs. Graphite: Superior mechanical strength and resistance to oxidation

• Vs. Metal Alloys: Complete immunity to acid corrosion and higher temperature capability

• Vs. Plastics: Significantly higher thermal conductivity and temperature resistance

• Custom Design Flexibility: Engineered to customer specifications with complex internal channel geometries