A variant used for 3D shapes is called hot isostatic pressing.
2.
All specimens were then sent out for hot isostatic pressing ( HIP ).
3.
The powder compact ( if a ceramic ) can be created by cold isostatic pressing.
4.
Then the shaped form is then densified, typically by pressureless sintering or hot isostatic pressing.
5.
E-materials are prepared by impact grinding and then hot isostatic pressing into a block.
6.
A hot isostatic pressing ( HIP ) process is then applied to simultaneously compress and sinter the powder.
7.
Further processing methods like hot isostatic pressing improved the alloys used for turbine blades and increased turbine blade performance.
8.
The process of combining the carbide particles with the binder is referred to as sintering or hot isostatic pressing ( HIP ).
9.
Polyimide powder can be used to produce parts and shapes by sintering technologies ( hot compression molding, direct forming, and isostatic pressing ).
10.
Hot isostatic pressing ( HIPing ) or thermo-mechanical processing can heal these pores if they are small ( less than 30 �m ).
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