INNOVACERA offers high-temperature ceramic components for metal powder atomization, MIM sintering, and industrial furnace applications. Our solutions include BN and zirconia nozzles, ceramic setter plates, and custom-engineered components designed for demanding thermal environments.
Gas atomization and MIM sintering place different demands on ceramic components. In atomization systems, nozzle performance is influenced by molten-metal chemistry, operating temperature and thermal cycling. During MIM sintering, setter plate material, surface condition and support geometry can affect part positioning and dimensional consistency. INNOVACERA provides ceramic solutions tailored to these process requirements.
Boron nitride nozzles support controlled molten-metal delivery in gas atomization systems. Non-wetting behavior and thermal-shock resistance are important when selecting nozzles for nickel-, copper- and aluminum-alloy powder production.
View BN Atomization Nozzles
Gas Atomization with BN Nozzles
Magnesia-stabilized zirconia is a ceramic material option for gas atomizing nozzles and high-temperature melt-flow components. Review alloy chemistry, operating temperature, erosion conditions and required nozzle geometry during selection.
MSZ Nozzles for Molten Metal Processing
Setter plates support metal injection molded components during furnace sintering. Plate geometry, contact surface, material and part positioning are considered in relation to dimensional stability and sintering shrinkage.
MIM Ceramic Setter Plates
Beyond atomization, boron nitride components are used for high-temperature furnace insulation and sintering support, as well as selected semiconductor and energy-related processes. Application suitability depends on the ceramic grade and operating environment.
Boron Nitride in High-Temperature Industries
Watch product videos for gas atomizing ceramic nozzles and ceramic setter plates for MIM furnace processing.
BN ceramic nozzle for molten-metal powder atomization
Boron nitride and zirconia composite nozzle
Ceramic sintering setter and furnace support
Customized ceramic fixtures for metal injection molded parts
MSZ NozzleWatch on the INNOVACERA website
Material selection, operating conditions, customization and RFQ guidance for atomization nozzles and MIM setter plates.
This collection highlights boron nitride and magnesia-stabilized zirconia nozzles for gas atomization, alongside ceramic setter plates and sintering supports for MIM parts.
Boron nitride offers low wettability with many molten metals and good thermal shock resistance. Suitability depends on the alloy composition, process temperatures and selected BN grade.
MSZ is a refractory ceramic option for high-temperature melt-flow and atomizing nozzle components. It should be evaluated against actual melt chemistry, gas atmosphere and thermal cycling.
Setters support and position molded parts during sintering. Material selection and surface geometry can influence contact, deformation and dimensional consistency as parts shrink.
INNOVACERA offers customized ceramic components. Provide dimensional drawings, tolerances, operating temperatures, materials and expected quantities for engineering review.
For atomization nozzles, share alloy composition, melt temperature, process atmosphere, bore dimensions and flow requirements. For MIM setters, provide drawings, furnace conditions, loading pattern and part shrinkage considerations.
INNOVACERA supports material review and custom ceramic components for atomizing equipment and sintering furnaces, from drawings and geometry discussions through manufacturing coordination.
Review BN, zirconia and setter materials against melt chemistry, atmosphere and process demands.
Discuss nozzle orifices, body dimensions, setter surfaces, recesses and part support features.
Coordinate component selection with atomization temperatures, furnace cycles and process environments.
Provide drawings, desired quantities, operating conditions and inspection requirements for quotation.
Send your drawings, process conditions, ceramic material preferences and expected quantities. INNOVACERA can review ceramic nozzles for gas atomization and setter plates or support fixtures for MIM sintering.
Submit High-Temperature Ceramic RFQSend drawings, operating conditions, material preference, tolerance targets and quantity. Innovacera can review standard catalog products or custom ceramic manufacturing paths.
