Zhuzhou Ruideer Metallurgy Equipment Manufacturing Co.,Ltd 86--16673365810 shirley.xiao@zzrde.com
Professional Industrial Sintering Furnace , Vacuum Furnace Technology Wide Temperature Range

Professional Industrial Sintering Furnace , Vacuum Furnace Technology Wide Temperature Range

  • High Light

    hot isostatic pressing machine

    ,

    hot isostatic pressing equipment

  • Name
    Industrial Sintering Furnace
  • Temperature Measurement Mode
    WRe5-26 Thermocouple
  • Power Supply
    Three Phase Five Wire System
  • Maximum Load
    10kg~1800kg
  • Wax-collection Rate
    98%
  • Cooling Period
    60min-480min
  • Structure
    Single Chamber, Horizontal Type
  • Place of Origin
    Zhuzhou City, Hunan Province,China
  • Brand Name
    Ruideer
  • Certification
    CE;ISO9001;ISO14001;OHSAS 18001;GB/T29490
  • Model Number
    User-defined
  • Minimum Order Quantity
    1 set
  • Price
    80000.00—350000.00(USD)
  • Packaging Details
    Special wooden case packing
  • Delivery Time
    70-80 work days
  • Payment Terms
    L/C, T/T
  • Supply Ability
    8 sets/month

Professional Industrial Sintering Furnace , Vacuum Furnace Technology Wide Temperature Range

Professional Industrial Sintering Furnace , Vacuum Furnace Technology Wide Temperature Range

 

 

 

Description:

 

Industrial vacuum furnaces have various forms and wide temperature range.

 

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)

 

Temperature and atmosphere uniformity: The magnetic force of the furnace control block is different from that of the cobalt magnetic deviation. Conventional sintering furnace test furnace control block brand is YG6 medium particles, YC40.Debinding pressure sintering integrated.

 

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:

 

 

Specifications

RDE-YTL-112/RDE-YTL-224 RDE-YTL-336/RDE-DYL-339 RDE-YTL-4545120/RDE-DYL-4545150 RDE-DYL-5518 RDE-YTL-5550191

Effective space(w* h * l)mm

100*100*200/

200*200*400

300*300*600/

300*300*900

450*450*1200/

450*450*1500

500*500*1800 550*500*1910

Max.Temperature

1600℃ 1600℃ 1600℃ 1600℃ 1600℃
Maximum load 10Kg/50Kg 150Kg/200Kg 350Kg/400Kg 1500Kg 1800Kg

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

1Pa/h 2Pa/h 2Pa/h 3Pa/h 3Pa/h
Extreme vacuum 0.8Pa 0.8Pa 0.8Pa 1Pa 1.5Pa
Wax-collection rate(negative pressure dewaxing process.The maximum average value is 3 furnaces) 98% 98% 98% 98% 98%

MAX working pressure

100KPa 100KPa 100KPa 100KPa 100KPa

Cooling period(Sintering temperature—100℃)

60min-150min 240min-300min 300min-420min 480min 480min

Temperature control mode

Single zone/2-zone

2-zone/3-zone

2-zone/3-zone

3-zone

3-zone

Atmosphere and temperatureuniformity

Com≤±0.25%

Hc≤±0.35KA/M

Com≤±0.25%

Hc≤±0.35KA/M

Com≤±0.3%

Hc≤±0.4KA/M

Com≤±0.3%

Hc≤±0.4KA/M

Com≤±0.3%

Hc≤±0.4KA/M

Input gas allowed

Ar,N2,He,H2,CH4,Co2

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

 

 

Application of Industrial Vacuum Furnace:
Vacuum furnace is a complete set of equipment for hot-pressing material under vacuum (or other atmosphere), which mainly uses resistance heating, and the pressure is up and down on the pressure head driven by the cylinder. At high temperature, the solid particles of green billet bond with each other, grain growth, voids (pore) and grain boundaries gradually reduce, through the transfer of material, its total volume shrinkage, density increase, and finally become a compact polycrystalline sintered body with a certain micro-structure, thus pressing and forming the material. The simultaneous action of high temperature, pressure and vacuum or atmosphere can significantly improve the density, hardness and other mechanical, electronic and thermal properties of the product. It can be applied to:
Hot Pressure Sintering of Metal and Ceramic Powders
Preparation of Ceramic/Metal Composites and Intermetallic Compounds
Research and Development of Diffusion Welding Technology
Densified Hot Pressure Sintering of Oxygen/Nitrogen/Boron/Carbon Compounds and Their Mixtures