Zhuzhou Ruideer Metallurgy Equipment Manufacturing Co.,Ltd 86--16673365810 shirley.xiao@zzrde.com
High Automation Metal Sintering Furnace For For High Density Alloy / Tungsten Nickel Alloy

High Automation Metal Sintering Furnace For For High Density Alloy / Tungsten Nickel Alloy

  • High Light

    molybdenum furnace


    metal sintering machine

  • Name
    Metal Sintering Furnace
  • Functions
    Heating Flowing Gas,Rapid Cooling.ect
  • Input Gas Allowed
  • Insulating Layer
    Molybdenum;Tantalum;Stainless Steel
  • Cooling Period
    420 / 480min
  • Extreme Vacuum
  • Place of Origin
    Zhuzhou City, Hunan Province,China
  • Brand Name
  • Certification
    CE;ISO9001;ISO14001;OHSAS 18001;GB/T29490
  • Minimum Order Quantity
    1 set
  • Price
  • Packaging Details
    Special wooden case packing
  • Delivery Time
    100-120 work days
  • Payment Terms
    L/C, T/T
  • Supply Ability
    8 sets/month

High Automation Metal Sintering Furnace For For High Density Alloy / Tungsten Nickel Alloy

High Automation Metal Sintering Furnace For For High Density Alloy / Tungsten Nickel Alloy
Tungsten and Molybdenum
Tungsten and molybdenum are refractory metals and are suitable for applications at extreme temperatures, unlike other materials. These metals have unique properties, which make them an ideal option for components employed in the furnace construction industry. These metals have excellent creep resistance, superior dimensional stability, high melting points that allow operating temperatures of up to 2800°C. They have a low coefficient of thermal expansion and an excellent corrosion resistance.

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
Technical parameters:


RDE-DYL-4545150 RDE-DYL-5518

Effective space(w* h * l)mm

450*450*1500 500*500*1800


1600℃ 1600℃
Maximum load 400Kg 1500Kg

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

0.8Pa/h 2Pa/h
Extreme vacuum 0.8Pa 1Pa

MAX working pressure

100KPa 100KPa

Cooling period(Sintering temperature—100℃)

420min 480min

Temperature control mode



Heating Element



Insulating Layer

Molybdenum;Tantalum;Stainless steel

Molybdenum;Tantalum;Stainless steel

Input gas allowed



vacuum heating,heating with gas mixture(Co2 /CH4/H2),heating flowing gas,Rapid cooling.

Applications: For high density alloy, tungsten-nickel alloy, tungsten-copper alloy, titanium alloy, carbon-atmosphere-sensitive metal products.
1. Compact structure, small occupied area, low energy consumption and rapid cooling speed, saving energy and protecting environment.
2. Full range of sizes available, ranging from furnaces for experimental R&D, small and medium-sized enterprises to furnaces for mass production. We can also design high temperature sintering furnace s of other sizes according to customer’s specific requirements.
3. Round or square graphite box is available for different applications.
4. Complete dewaxing mode with high wax-collection rate, suitable for different forming agents including rubber, paraffin wax, PEG and extrusion forming agents.
5. High automation level as well as safe and reliable operating system.
6. The control system of the molybdenum-made vacuum sintering furnace is highly-automatic and humanized with data record and backup function.
7. The insulation box uses “sandwich” structure and high-strength CFC material that is not prone to deform after years of use.
8. Door of the insulation box is designed with special “step” design for improved insulation effect and extended service life of the insulation box.
9. Remote control, diagnosis and repair can be realized.
10. The electrode arc monitoring system can prevent serious damage to furnace shell caused by overheat and arc effect.
11. The function of resuming heating after short-time power failure can provide protection to the product in the furnace.
12. Persistent efforts of our R&D team in improving these high temperature sintering furnaces have enabled Ruideer to obtain 13. patents up till now.