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Compact Structure Ceramic Sintering Furnace High Automation Level With Remote Controlled

Compact Structure Ceramic Sintering Furnace High Automation Level With Remote Controlled

ceramic sintering process

high vacuum furnace

Place of Origin:

Zhuzhou City, Hunan Province,China

Brand Name:



CE;ISO9001;ISO14001;OHSAS 18001;GB/T29490

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Product Details
Ceramic Sintering Furnace
Vacuum Pump:
Backing Pump,Roots-type Pump
Power Supply:
AC380V±10% 50HZ
Control Power Supply:
Single-phase AC210V-250V 50HZ
Temperature Measurement Mode:
WRe5-26 Thermocouple
Full Range Of Sizes Available
Payment & Shipping Terms
Minimum Order Quantity
1 set
Packaging Details
Special wooden case packing
Delivery Time
100-120 work days
Payment Terms
L/C, T/T
Supply Ability
8 sets/month
Product Description

Compact Structure Ceramic Sintering Furnace High Automation Level With Remote Controlled



Vacuum pump: backing pump,Roots-type pump(slide valve pump, rotary vane pump, screw pump and so on can be selected for the backing pump, allowing customers to choose world-class brand products)


Power supply: General standard is three phase five wire system AC380V±10% 50HZ.

Control power supply:Single-phase AC210V-250V 50HZ design(Different countries and regions can be designed according to local grid standards)


Temperature measurement mode ; WRe5-26 thermocouple


Metal Ceramic Sintering

In order to make ceramics resistant to high temperature and not easy to break, people add some metal powder to the clay to make ceramics. Metal-base ceramics are prepared by adding oxide powder to metal matrix, which is also called dispersion reinforcing material. The main sintered aluminum (aluminum oxide), sintered beryllium (beryllium – beryllium oxide), TD nickel (nickel – thorium oxide) and so on. A composite consisting of one or more ceramic phases and metallic phases or alloys. In a broad sense, cermet also includes refractory compound alloy, hard alloy and diamond tool material bonded by metal. The ceramic phase of metalloceramics is an oxide or refractory compound with high melting point and high hardness. The metallic phase is mainly a transition element (iron, cobalt, nickel, chromium, tungsten, molybdenum, etc.) and its alloy.


Technical parameters:




Effective space(w* h * l)mm



Maximum load 1800Kg

Vacuum leakage rate:(Average in cold,empty,dry chamber in 3 hours)

Extreme vacuum 1.5Pa

MAX working pressure


Cooling periodSintering temperature—100℃


Temperature control mode



vacuum heating,heating flowing gas,Rapid cooling.


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


Products Advantages

1. Compact structure, small occupation area, low energy consumption, rapid cooling speed, saving energy and protecting environment.

2. Full range of sizes available, can be used in experimental research and development, Small and medium-sized enterprises as well as mass production. We can design the products according to customer's special requirement.

3. High automation level: one-button start; Double industrial PC operating system, mutually redundant, safe and reliable.

4. The control system is full-automatic with data record & backup function, the operation system is more humanized, more powerful.

5. The insulation door adopts special "step design", insuring temperature uniformity on chamber doors at both sides.

6. The furnace can be remote controlled, diagnosed and repaired.

7. The electrode arc monitoring system can prevent serious damage to furnace shell caused by overheat and arc effect.

8. Program has resume-heat-at-break point function, no need to restart the program in case of short time power failure.

9. Our R&D team keeps persistent efforts on improvement of sintering furnaces, and acquired 17 patents up till now.

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