High Energy Efficiency Ceramic Sintering Furnace For For Non Metal Ceramic / Sic Carbide

Description:

The ceramic sintering furnace is single-chamber, horizontal and periodic heating. It adopt low voltage and large current graphite heating element to heating, and it has multiple heating units, each unit controls the temperature separately. The whole process is automatically controlled, monitored, tracked and displayed and recorded by the computer.

It including control system, heating system, vacuum system ,cooling water system, rapid cooling system, auxiliary system and safety system.

It adopt the structure of built-in graphite liner in insulation tube. In general, it meets the strict requirements of temperature uniformity and atmosphere uniformity in the sintering process of high-performance materials. The furnace structure design is advanced and reasonable, and it is easy to use and maintain.

Feature :

1. High automatic, it can be fully automation with the furnace model simulation display and real-time display device when running.

2. Very safe, with sound-light alarm when over-temperature, sensor burnout, over pressure of furnace and water, water flow, water temperature is too high .

3. It can be equipped with a built-in or external fast-cooling system,improving the working efficiency

4. Energy-saving, special made coil and insulation structure, power output stability, high electrical efficiency.

Technical parameters:

Applications: For Non-metal ceramic, Precision Ceramic, Life ceramics, Industrial ceramics, Sic carbide

Customer Benefits

• The highest product quality through excellent temperature uniformity in both vacuum and pressure operation

• High product quality by excellent temperature homogeneity through all process steps

• With cost efficiency through energy and gas-saving design

• With safety first! Our experience, high standards during development of the product and our implementation skills, ensure maximum safety

• With full compliance with the machine directive throughstringent quality control measures

• High efficiency, reliability, long service life and ease of operation

• Low HIP gas consumption

• High energy efficiency

• Elaborated safety system for reliable and full-automatic operation

• Proven design and performance – reliable, sustainable, durable