HIP is a forming and densification process achieved through the application of heated high-pressure gas uniformly on all sides of an object. HIPping can virtually eliminate porosity, and is widely used to improve the properties and service life of a broad range of products and parts. It can be applied to both containerized powder shapes and preformed metal, ceramic or plastic components. Related functions include near net-shape forming, diffusion bonding of dissimilar materials, and the elimination of voids in castings.
 
 
 Prestressed wire wound vessel & Frame : Safest design
 Workzone diameter : 95mm - 254mm with graphite furnace.
 30,000psi and 2000¡É with graphite furnace(standard)
 Computer base control system Laboratory & Pilot
 
 
 
Model
Number
Work Zone Dimensions
(I.D x Height)
System Dimensions Approximate
Total Weight
FeCrAl Molybdenum Graphite uniform
Rapid
Cooling
Subsytem Cabinet
Width Depth Height
Vessel & Frame Assembly
Width Depth Height
MIH-3 2.9 x 4.9"
75 x 125mm
4 x 5"
102 x 127mm
3.75 x 5.9"
95 x 150mm
Not
Available
56" 48" 4"
1422mm 1219mm 1219mm
Included in cabinet 3,500 ibs.
1,588 kg
QiH-9 6 x 12"
152 x 305mm
6 x 12"
152 x 305mm
6 x 12"
152 x 305mm
Available 85" 51" 61"
2160mm 1295mm 1550mm
Included in cabinet 4,560 ibs.
2,068 kg
QIH-15 8 x 12"
203 x 305mm
8 x 12"
203 x 305mm
8 x 12"
203 x 305mm
Not
Available
95" 54" 73"
2413mm 1372mm 1854mm
Included in cabinet 4,841 ibs.
2,318 kg
QIH-15L 8 x 19.6"
203 x 500mm
8 x 19.6"
203x 500mm
8 x 19.6"
203x 500mm
Not
Available
55" "  95" "  53" "
1410mm 2415mm 1350mm
52" 150" 84"
1321mm 3810mm 2134mm
7,875 ibs.
3,580 kg
QIH-21 9.9 x 30"
252 x 762mm
9.9 x 30"
252 x 762mm
9.9 x 30"
252 x 762mm
Available Free-standing modules 96" 156" 110"
2438mm 3962mm 2794mm
13,400 ibs.
6,080 kg
 
 QIH-15L, QIH-21 cabinet includes cooling and electrical subsystems only.
Press and compressor are separated from press module.
 
 
 
 Prestressed wire wound vessel & Frame : Safest design
 Workzone diameter : 226mm - 1600mm with graphite furnace
 Available also for temperatures up to 3000¡É under pressure and temperature up to 2000¡É under vacuum
 Reliable furnaces with short process cycle time
 
 
 
User can select among several modular plug-in furnaces, depending on the temperature
and atmospheric requirements of the application :
 
1. Iron- chromium-aluminum (FeCrAl)
 Iron-chromium-aluminum(FeCrAl) furnaces generate temperatures up to 1200¡É, and are
capable of operating in a concentration of up to 20% oxygen in a balance of argon.
Typical applications include oxide ceramics for the electronics industry.
 
2. Molybdenum
 Molybdenum furnaces, with temperatures to 1450¡É, are suitable for applications
requiring a clean environment, such as alloy metal densification.
 
2. Graphite
 Graphite furnaces are designed for use in argon and nitrogen up to 2000¡É, and their high resistivity
make them very well suited for vacuum operation, where low voltage is necessary.
These furnaces are commonly used to strengthen and increase durability in non-oxide ceramic parts.
 
 processing that powder pressure
 porosity remove of cast-iron ware
 composition of metal powder
 aerospace industry
 The HIP process heals internal cracks and porosity in sintered and cast parts.
 This improves the mechanical properties and reduces the scatter and thus allows greater freedom of design.
 
 
¡Ø If you need more information or catalogue, please give e-mail to us or visit web site of
¡Ø Avure Technologies AB, Avure Autoclave Systems, Inc.
 

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