Zhuzhou Ruideer Metallurgy Equipment Manufacturing Co.,Ltd 86--16673365810 shirley.xiao@zzrde.com
Cemented Carbide HIP Furnace 1MPa AC210V-250V for Hot Isostatic Pressing

Cemented Carbide HIP Furnace 1MPa AC210V-250V for Hot Isostatic Pressing

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    Cemented Carbide HIP Furnace


    Hot Isostatic Pressing HIP Furnace


    1MPa Sinter HIP Furnace

  • Name
    HIP Furnace
  • Max. Working Pressure
  • Vacuum Pump
    Slide-valve Pump, Roots Pump
  • Temp. Control Mode
    3-zone Temp. Control
  • Furnace Weight
  • Power Supply
    3*AC380V ±10% +N+PE/ 50HZ
  • Place of Origin
    Zhuzhou City, Hunan Province,China
  • Brand Name
  • Certification
    CE;ISO9001;ISO14001;OHSAS 18001;GB/T29490
  • Model Number
  • 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

Cemented Carbide HIP Furnace 1MPa AC210V-250V for Hot Isostatic Pressing

AC210V-250V Cemented Carbide HIP Furnace , 1MPa Hot Isostatic Pressing Equipment




1MPa sinter-HIP furnace is mainly used for pressure sintering of stainless steel, iron-based alloy, copper-based alloy, aluminum products and cemented carbide products. Quality, efficiency and reliability are just a few of the outstanding attributes that have allowed Ruideer to become the premier supplier of sintering furnaces.



1. All these pressure sinter furnaces are equipped with double control system, double thermocouples and double high pressure sensor to ensure that if one system fails, the other will continue to work reliably.
2. We use German COAX high-pressure valve, Germany WAKI high-pressure sensor and Germany LEYBOLD or INFICON vacuum gauge for safe and reliable operation, high vacuum level and low vacuum leakage.
3. Every sinter-HIP furnace is detected by using helium mass spectrometer leak detector.


loading Space 300*300*900/400*400*1200/500*500*1500/ 500*500*1800
Design Standard JB4732-95/GB150/ASME, 20-year service,Double doors horizontal structure, 600 Times
Max. working Temp 1600℃
Max. working Pressure 10bar
Vacuum Leakage Rate 3Pa/h (Average in cold, empty, dry chamber in 24 hours)
Vacuum pump Slide-valve Pump, Roots Pump, (Imported Pump or domestic pump according to customer's requirement)
Wax-collection Rate 98%
Pressurization Period 15-30min
Cooling period (full furnace): ≤1h/≤3h/4h/≤4h
Temp. &Atmosphere Uniformity Coercivity deviation ≤ ±0.3KA/m, Magnetic saturation deviation ≤ ±0.2%, Temperature variation ≤ ±7 ℃
Cooling water Temp. ≤ 30 ℃
Cooling water flow rate 600L/min
Power Supply 3*AC380V ±10% +N+PE/ 50HZ
Control cabinet Power Supply Single-phase, AC210V-250V/50HZ
Heating power 220KVA/280KVA/320KVA/360KVA
Temp. Measurement Mode WRE5-26 Single Dual-core thermocouple, mutually redundant, stable and reliable.
Temp. control mode 3-zone temp. control
Functions Functions: Vacuum heating, vacuum dewaxing, H2 dewaxing, heating flowing gas, heating with gas mixture (CO2,CH4,H2), heating pressure gas, Rapid cooling.
Furnace weight ≈6ton/≈8ton/≈12ton/≈13ton
Input gas allowed Ar, H2, N2, CH4


Technical Advantages
1. A filter is designed on the main line of the pressure sinter furnace to effectively protect the vacuum pump and extend the oil change interval of vacuum pump.
2. This sinter-HIP furnace adopts patented dual dewaxing outlet structure (patent No.: ZL2013 2 0422916.7). Compared with single dewaxing outlet design of other brands, our pressure sinter furnace enjoys better atmosphere uniformity when sinters ultra-fine cemented carbide with low cobalt.
3. Our patented dual fast-cooling structure (patent No.: ZL2013 2 0422878.5), compared with single fast-cooling structure of other companies, helps effectively improve the efficiency of the sinter-HIP furnace.
4. Newly-designed dewaxing system with additional gas distribution pipe (patent No.: ZL2013 2 0471657.7) allows enhanced atmosphere uniformity (97%) during the dewaxing process.
5. We adopt tapered sealing structure (patent No.: ZL2013 2 0422133.9) on both ends of the sintering chamber for improved sealing effect of furnace door, less heat loss, and ease of replacement and maintenance.