Custom Silicon Carbide Solutions
From prototype to mass production, ZIRSEC provides custom-engineered silicon carbide components to meet the highest standards of wear, corrosion, and temperature resistance. We offer free technical consulting, rapid sample delivery, and flexible small-batch production, ensuring your project moves from idea to reality faster than ever.
How We Customize for You
One-stop solution from design to delivery
1.Requirement Analysis
Share your part drawings, materials, and working conditions. We evaluate and suggest optimal SiC grade and process.
2.Design & Technical Consulting
Our engineers optimize dimensions, tolerances, and surface treatments.
3.Sample Manufacturing
Rapid prototype production — samples delivered within 3–7 days.
4.Testing & Validation
Strict performance tests for hardness, corrosion, and temperature resistance.
5.Mass Production
Flexible production lines for 1 piece to 10,000+, maintaining consistent quality.
6.Global Delivery
Efficient packaging and worldwide shipping with full traceability.
What We Can Customize
From material grade to precision machining
Material Options
Sintered, Reaction-Bonded, and Recrystallized SiC materials available for different industrial needs.
Dimensions & Shapes
From small rings (Ø10 mm) to large components (up to Ø1.2 m).
Surface & Coatings
Polishing, oxidation-resistant, and acid-resistant coatings for extended lifetime.
Precision Tolerance
CNC machining up to ±0.01 mm for high-precision mechanical and sealing applications.
Industries We Serve
Proven customization experience across diverse sectors
Semiconductor
Chemical Processing
Metallurgy
High-Temperature Furnaces
Environmental Protection
Industrial Machinery
ZIRSEC’s customization solutions empower over 300 clients worldwide across multiple industries, ensuring component reliability under the harshest environments.
Engineering Success Stories
Customized SiC parts that deliver real results
Case 1: Chemical Pump Seal Upgrade
Customized SiC sealing ring reduced leakage rate by 90% and doubled service life.
Case 2: Kiln Roller Redesign
Re-engineered SiC roller withstands 1600°C continuous use for 25,000 hours.
Case 3: Semiconductor Tube Improvement
Improved dimensional precision by 0.01 mm, boosting yield rate by 12%.
