1380C temperature resistant ceramic sic loading beam for household ceramics
are mainly used for load-bearing structure frame for tunnel kiln,shuttle kiln and many other kilns.The characteristics of sic beam are high loading capacity under high temperature,no bending deformation with long service life,high thermal conductivity,save energy consumption obviously without increasing the weight of the kiln car. Sic beam is the ideal kiln furniture for sanitary ware,domestic ceramic and other industries.Recently we Sunshine Ceramics have developed a new style frame type energy-saving sic beam depending on customer usage,provide customers the better energy-saving solution.Our company has transformed hundreds of kiln cars for domestic and overseas customers,and has created large profits for our customers.
Characteristics:
Max temperature tolerance 1380 degree
Excellent oxidation and corrosion resistance
High thermal conductivity and shock resistance
High mechanical strength and abrasion resistance
Relevant Recommendation:
Silicon Nitride Ceramics
Oxide bonded SiC (OSIC)
Recrystallizde SiC (Re-SiC)
Reaction Bonded SiC (SiSiC)
Inquiry
|
The 3D Printed Silicon Carbide Integrated Boat Bracket is an advanced high-performance component specifically designed for semiconductor diffusion furnaces, LPCVD systems, and photovoltaic cell manufacturing equipment.
Manufactured using state-of-the-art 3D printing technology combined with sintering and precision machining processes, the integrated structure eliminates traditional assembly joints and significantly improves mechanical strength, dimensional stability, and service life under extreme high-temperature operating conditions.
Compared with conventional quartz and assembled ceramic supports, the integrated SiC boat bracket offers superior resistance to thermal deformation, oxidation, corrosion, and contamination, making it an ideal solution for modern semiconductor and solar cell production lines.
Key Features
Integrated One-Piece Design
The monolithic structure eliminates mechanical joints and connection failures, ensuring higher reliability and structural integrity.
High Mechanical Strength
Excellent load-bearing capability allows safe support of large wafer boats and solar wafer carriers during thermal processing.
Outstanding High-Temperature Resistance
Maintains structural stability and mechanical properties under long-term operation at temperatures up to 1450°C.
Superior Corrosion and Oxidation Resistance
Excellent resistance to process gases and harsh furnace environments, reducing contamination risks.
High Purity
Manufactured from high-purity silicon carbide materials to meet semiconductor-grade cleanliness requirements.
Excellent Dimensional Stability
Low thermal expansion and high rigidity minimize deformation during repeated thermal cycles.
Longer Service Life
Significantly extends replacement intervals and lowers overall operating costs.
Acid-Free Treatment
No acid cleaning required, reducing environmental impact and maintenance costs.
Technical Advantages
✔ 3D Printed Complex Geometry
✔ Lightweight Yet High Strength
✔ No Splicing or Welding Joints
✔ High Load Capacity
✔ Excellent Thermal Shock Resistance
✔ Semiconductor Grade Purity
✔ Reduced Particle Generation
✔ Lower Total Cost of Ownership
Typical Applications
Photovoltaic Industry
- Solar Cell Diffusion Furnaces
- LPCVD Equipment
- Oxidation Furnaces
- PECVD Systems
- Wafer Thermal Processing Equipment
Semiconductor Industry
- Semiconductor Diffusion Furnaces
- Oxidation Furnaces
- Epitaxy Equipment
- LPCVD Reactors
- High Temperature Process Furnaces
Advanced Materials Industry
- High Temperature Ceramic Processing
- Electronic Materials Sintering
- Precision Thermal Treatment Systems
Common Dimensions
| Application | Typical Length |
|---|---|
| LPCVD Equipment | 2100 mm / 2400 mm / 2500 mm / 2600 mm / 2700 mm |
| Diffusion Equipment | 1200 mm / 1600 mm / 2100 mm / 2500 mm / 2600 mm |
Custom dimensions are available according to customer drawings and furnace specifications.
