Examples of 'debinding' in a sentence
Meaning of "debinding"
debinding (verb): The process of removing binders, impurities, or unwanted elements from a material. This term is often used in manufacturing processes, such as in powder metallurgy or ceramic production
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- present participle of debind
How to use "debinding" in a sentence
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debinding
Debinding in chamber furnaces with air circulation.
These openings are designed to promote debinding of the implant.
Debinding was carried out in two steps.
Machining of the part may also optionally be done following debinding.
All debinding packages have professional integrated safety technology.
This molding operation is conventionally followed by unmolding and debinding operations.
The debinding and sintering stages were optimised using severalatmospheres.
The latter can thus be used again from one debinding to another.
The debinding is performed in water.
Such degradation temperatures depend on the debinding kinetics and the atmosphere used.
Debinding process with control difficulties of heating ramp exothermic reaction.
To improve handling often the debinding and sintering are combined into a single process.
Debinding must clearly adapted to the nature of the binder employed.
A primary sintering process follows the forming process after debinding and presintering.
Debinding could also lead to health hazards and environmental problems.
See also
A very large proportion of the defects that appear after sintering is generated by inadequate debinding.
This debinding may be performed conventionally via thermal action to volatilize the filler.
Generated exhaust gases will be directly lead out the inner process chamber during debinding.
The debinding phase of the heating is critical in the formation of sound ceramic structures.
Too high or too low a vapor pressure may result in increased time required for debinding.
Often the debinding is conducted by moving bodies continuously through a furnace having a long heating path.
Low residual oxygen concentration Thermal debinding in inert atmosphere.
Thus debinding processes are desirable that produce the lowest peak rates of body weight loss.
Catalytic debinding Uunien.
Debinding in chamber furnaces with air-circulation.
There is initially a debinding and then pre-sintering.
Debinding is used to burn the non-polymerized resin.
The third step 3 corresponds to the debinding operation.
Process Debinding and sintering in oxidising atmosphere Debinding inert atmosphere.
Therefore, the rate at which thermal debinding may be carried out is limited.
Also, debinding time is decreased due to an increase in pore size.
A method according to claim 1, wherein the sintering step is preceded by a debinding step.
Catalytic debinding in nitrogen / nitric acid atmosphere.
Secondly a heat treatment which completes and finalizes the chemically-initiated debinding.
Conventionally, the debinding step is intended to eliminate the polymeric binder.
If the inorganic powder is a ceramic powder, then the debinding is performed under air ;.
To reduce debinding time, several methods have been employed in the prior art.
This dewatered slurry is then sintered, possibly first debinding the binding agent.
Advantageously, the debinding conditions do not deteriorate the fibres or nanofibres which are present.
The method according to claim 1 further comprising the step of debinding the compound body.
Thus the advantage of debinding in a selected, controlled atmosphere of nitrogen and oxygen is apparent.
This ensures that the wedge 32 remains in a horizontal position during the debinding operation.
Once the debinding step has been completed, the component must be consolidated by a sintering step.
Possibly, the foil is pressed and its thickness is reduced, prior to debinding and sintering.
Furthermore, these debinding steps lead to the appearance of many defects in the electrode deposit.
According to the composition of the material used, the treatment may include intermediate debinding steps.
Drying, debinding and sintering usually follow to give the part the desired mechanical properties.
The sample was kept approximately 35 minutes at the debinding temperature.
Hot-wall retort furnaces are used as debinding furnaces and cold-wall retort furnaces as sintering furnaces.
By dissolution, prior to debinding.
