Examples of 'isostatic pressing' in a sentence
Meaning of "isostatic pressing"
A manufacturing process used to shape or form materials, particularly ceramics and powders, by applying uniform pressure from all directions. Isostatic pressing involves subjecting the material to high pressure in a fluid or gas medium to achieve the desired shape, density, and structural integrity. It is commonly used in the production of components for various industries, such as automotive, aerospace, and electronics
How to use "isostatic pressing" in a sentence
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isostatic pressing
Isostatic pressing without heating also exists.
The examples presented were obtained by isostatic pressing.
Hot isostatic pressing could also be used.
It is also possible to carry out isostatic pressing.
Hot isostatic pressing to obtain a semifinished piece.
Another possible method of compression is isostatic pressing.
Hot isostatic pressing.
The forming operation is carried out by isostatic pressing.
The hot isostatic pressing treatment is one with the most influence.
The matrix is then subjected to hot isostatic pressing.
By cold isostatic pressing is meant that the whole process is done at ambient temperature.
The assembly formed is then compacted by hot isostatic pressing.
The hot isostatic pressing is then preferably carried out under oxygen atmosphere.
Shaping is performed by isostatic pressing.
A confined uniaxial or isostatic pressing die is used to insure precise alignment between layers.
See also
This was decisively improved by the cold isostatic pressing technique.
The hot isostatic pressing is carried out a temperature lower than the sintering temperature.
It is produced through powder metallurgy and consolidated by hot isostatic pressing.
Cold isostatic pressing does not influence the crystal structure of the obtained carbonated apatite.
The mold thus prepared is placed in a hot isostatic pressing enclosure.
The isostatic pressing operation advantageously follows a temperature and pressure profile over time.
The insert is then subjected to a hot isostatic pressing step in a container.
The present invention relates to a process for shaping a material by hot isostatic pressing.
The first part may be formed by hot isostatic pressing of powdered steel.
The powdered ytterbium oxide may be formed into a pellet by sintering or hot isostatic pressing.
Heat treatment and hot isostatic pressing consolidate the internal structure of printed products.
The document discloses a calcination step before hot isostatic pressing.
Stopping the hot isostatic pressing can also be contemplated for terminating the treatment step.
There follows a step in which the assembly undergoes hot isostatic pressing.
The isostatic pressing process in addition improves the mechanical properties and operational performance of materials.
The anodes may optionally be densified by hot pressing or hot isostatic pressing.
The isostatic pressing process can moreover improve mechanical properties and the workability of materials.
The container is evacuated and sealed with a lid prior to hot isostatic pressing.
Cold isostatic pressing possesses similar properties but can not produce such high tolerances.
Evacuation of the container may be effected prior to sealing and hot isostatic pressing.
The hot isostatic pressing method can also improve the mechanical properties and usability of materials.
The thermal treatment may also be coincident with the hot isostatic pressing.
In certain embodiments, the isostatic pressing is cold isostatic pressing.
The sintered cold pressed material may then be subject to a hot isostatic pressing process.
As an alternative to form pressing, isostatic pressing is also possible in a magnetic field.
Certain aspects of the present disclosure relate to canisters and methods for hot isostatic pressing.
The isostatic pressing advantageously uses a wet-bag isostatic press.
Other forming methods include hot and cold isostatic pressing and slip casting.
The hot isostatic pressing reduces or eliminates the porosity in the nickel-titanium alloy workpiece.
The wood specimen should have dried before the isostatic pressing takes place.
The hot isostatic pressing device according to claim 1, further comprising,.
Grinding steel ball shapes and additives will directly affect isostatic pressing to a certain extent.
The isostatic pressing step in preferred embodiments applies a pressure of between 100 and 500 MPa.
Nickel intermediate layers are again provided to ensure good bonding during the hot isostatic pressing.
Said hot pressing step is an isostatic pressing step or an isothermal forging step ;.
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Examples of using Isostatic
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Device for connecting isostatic elements in line
Isostatic pressing without heating also exists
The assembly is subjected to isostatic compression in a liquid
