Examples of using Debinding in English and their translations into Czech
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Official
Debinding in chamber furnaces with air-circulation.
Retort furnaces for catalytic debinding page 22 Chamber furnaces NB.
The debinding of Catamold feedstock is performed catalytically with nitric acid.
For example, the retort is constructed with a gas outlet for debinding applications.
The typical debinding temperature is between 400 C and 600 C.
The clear advantage of the PDS is the possibility to perform debinding and sintering in a single furnace.
HT 160/17 DB200 for debinding and sintering of ceramics after 3D-printing.
The automatic adjustment is able to detect the end of the debinding process and terminates the cycle.
The debinding process begins with a Nitrogen purge in order to reduce the Oxygen content in the furnace.
The EBO's front door is automatically locked to prevent opening during the debinding process.
Another application is the debinding of ceramic products, e.g. after additive production.
Debinding rates vary with the particle sizes of the metal powder and are generally between 1- 4 mm/h.
With the special design of the PDS type furnaces, it is possible to do both, debinding and sintering in one furnace.
The change of gas inlet pathes after debinding results in a clean process gas atmosphere during sintering.
If debinding is required before sintering, Carbolite Gero offers a debinding package for the HTF.
The afterburner's temperature is monitored to detect the end of the debinding process during automatic operation.
The debinding package consists of an inlet for preheated air, several gas inlets, and an afterburner.
Carbolite Gero furnaces are widely used in both research and production for the debinding and sintering of technical ceramics.
For the debinding process(of green parts) lower temperature chamber furnaces with excellent temperature uniformity are required.
The precursors for carbon fibres can be introduced into a tube furnace with metal work tube for debinding through inert gas counter flow flanges.
The EBO debinding furnace is specially engineered to handle the stringent requirements that come with catalytic debinding.
The afterburner must be connected to propane gas andcompressed air for combustion of all gaseous by-products generated during the debinding process.
Debinding is normally performed at a slight overpressure, and upon request, the furnace can be configured for debinding under partial pressure.
All gaseous by-products generated during the debinding process are combusted in an afterburner that is driven by propane gas and compressed air.
The gas is preheated by guiding it along the heated vessel andpulled into the furnace chamber via a fan to flow over the samples for the debinding process.
For debinding, a special gas guiding configuration and molybdenum retort are utilized to protect the heating elements from all gaseous by-products.
MIM and CIM manufacturing processes comprises of 4 steps: compounding raw material into feedstock,moulding feedstock to the desired shape creating a green part, debinding and sintering.
With the EBO debinding furnace the operator may choose between a fixed debinding time and a fully automatic self-detecting debinding.
Catalytic post combustion systems(KNV) Catalytic exhaust cleaning is recommended due to energetic reasons when only pure hydrocarbon compounds must be cleaned during the debinding process in air.
IDB Version for Debinding under Non-flammable Protective Gases or for Pyrolysis Processes The retort furnaces of the NR and NRA product line are perfectly suited for debinding under non-flammable protective gases or for pyrolysis processes.