Reaction Bonded Silicon Carbide Cold Air Pipe

1. Our SISIC Cooling Air Pipe heat sets well.
2. Our SISIC Cooling Air Pipe is resistant to thermal shock and oxidation.
3. Our SISIC Cooling Air Pipe is resistant to extremely cold wind impact at high temperature.

  • STARLIGHT
  • Shenyang, China
  • Based on the quantity ordered by the product
  • 500t/year

Details

Introduction to Reaction Bonded Silicon Carbide Cooling Air Pipe :

This Reaction Bonded Silicon Carbide Cooling Air Pipe's high temperature bearing capacity is large, ‌ even in long-term use will not bend deformation, ‌its service life is much longer than alumina ceramic rod or stainless steel pipe.Reaction Bonded Silicon Carbide Cooling Air Pipe is suitable for the cooling zone of roller kiln,especially in the high temperature firing zone of daily porcelain,sanitary porcelain, ‌ construction porcelain,magnetic materials and other roller kilns.Due to SISIC Cooling Air Pipe's good performance,this SISIC Cooling Air Pipe plays an important role in the industrial furnace,especially in the need to bear high temperature and rapid cooling applications like tunnel kiln,shuttle kiln,double roller kiln ect.

SISIC Cooling Air Pipe

Applications of Reaction Bonded Silicon Carbide Cooling Air Pipe

1.Semiconductor Manufacturing‌: Used in cleanroom HVAC systems to cool plasma etching and CVD equipment, ensuring contamination-free airflow at 20-25°C with ±0.5°C stability.

‌2.Metallurgical Cooling‌: Deployed in blast furnace tuyères and continuous casting machines, enduring 800-1,200°C surface temperatures while maintaining internal airflow below 50°C.

‌3.Aerospace Thermal Management‌: Critical in jet engine bleed-air cooling ducts, reducing component temperatures by 150-200°C without adding weight (density: 2.8-3.0 g/cm³).

‌4.Energy Storage Systems‌: Regulate temperatures in lithium-ion battery packs for EVs, achieving 30% faster heat dissipation than aluminum ducts.

‌5.Chemical Processing‌: Transport corrosive coolant gases (HCl/Cl₂) in chlor-alkali plants with zero corrosion at 80-100°C.

RBSC ducts demonstrate 3× higher thermal conductivity (120 W/m·K) than stainless steel counterparts while resisting thermal deformation (<0.02% dimensional change at ΔT 500°C). Their gas-tight sintered structure prevents leakage at 2.5 MPa pressure, crucial for high-pressure cryogenic systems. Recent innovations enable modular designs with 50% faster installation than traditional welded systems.

Our Service :

We are committed to providing customers with reliable products and perfect services, and we are your trustworthy partner. Our SISIC Cooling Air Pipe is manufactured using advanced technology and high-quality materials. During the pre-sales stage, our professional team will follow up throughout the process, provide customers with detailed product information, technical consultation and solution, and listen carefully to customer needs. At the same time, we also focus on after-sales service and provide customers with continuous technical support and maintenance services.


About Us :

Based on the superiority of silicon carbide material, after more than 30 years of continuous R&D and innovation, the company not only occupies a stable market share in industrial kilns and other fields, but also opens up new applications in many fields, including ceramic membranes in the environmental protection industry, electronic ceramic firing frames, Military industry, photovoltaic field, silicon carbide particle traps, new applications of materials in semiconductor industry, etc.

The company has been committed to product R&D and innovation for many years. It is led by high-end talents from well-known universities and institutes. It also introduces a large number of outstanding college graduates to form a first-class R&D team, laying a solid foundation for long-term development.

Reaction Bonded Silicon Carbide Cooling Air Pipe


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