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... Attribute Value Model NO. HWF80-04N Type Electric Holding Furnace Usage Ceramic Sintering Fuel Electric Atmosphere Vacuum/Nitrogen Effective Chamber Dimensions 400*400*500mm (W*H*D) Maximum Temperature 400°...
... Range of Applications Industrial Type Electric Holding Furnace Usage Ceramic Sintering Fuel Electric Atmosphere Vacuum/Nitrogen/Hydrogen Effective Chamber Dimensions 500×500×650mm (W×H×D) Thermcouple Type K...
... Attribute Value Range of Applications Industrial Type Electric Holding Furnace Usage Ceramic Sintering Fuel Electric Atmosphere Nitrogen/Air Effective Chamber Dimensions Inner Diameter Φ300*4230 Transport P...
... Attribute Value Range of Applications Industrial Type Electric Holding Furnace Usage Ceramic Sintering Fuel Electric Atmosphere Nitrogen/Air Effective Chamber Dimensions Inner Diameter Φ300*4230 Transport P...
... Value Range of Applications Industrial Type Electric Holding Furnace Usage Ceramic Sintering Fuel Electric Atmosphere Nitrogen Effective Chamber Dimensions Inner Diameter Φ300*4230 Transport Package Wooden ...
... Furnace - HWF6630-10 Type Tank-Type Gas Phase Deposition Furnace Key Specifications Attribute Value Atmosphere Nitrogen/Hydrogen/Acetylene Heating Zone Dimensions Φ660×300mm(D*H) Thermocouple Type B Heating...
... Heating Rate ≤6ºC/Min Usage Ceramic Sintering Range of Applications Industrial Temperature Control Stability ±1ºC Atmosphere Nitrogen/Hydrogen/Acetylene Package Gross Weight 750.000kg Product Overview The H...
... Heating Rate ≤6ºC/Min Usage Ceramic Sintering Range of Applications Industrial Temperature Control Stability ±1ºC Atmosphere Nitrogen/Hydrogen/Acetylene Package Gross Weight 750.000kg Product Overview The H...
HWF6630-10 Tank-Type Chemical Vapor Deposition Furnace Key Specifications Attribute Value Atmosphere Nitrogen/Hydrogen/Acetylene Heating Zone Dimensions Φ660×300mm(D*H) Thermocouple Type B Heating Rate ≤6ºC/Min...
... for continuous brazing of aluminum heat exchangers. It operates under a protective nitrogen atmosphere using NOCOLOK flux. This system is ideal for mass production of components such as radiators, intercool...
... furnace heat treatment fixtures are specialized support and positioning devices used in controlled atmosphere (e.g., hydrogen, nitrogen-hydrogen mix, vacuum) furnaces for brazing assembled workpieces. Unlik...
...Drying, Brazing, and an advanced Control System. This controlled atmosphere furnace is engineered for the continuous brazing of aluminum components such as radiators, oil coolers, evaporators, and air cooler...
... device seals vials in-vacuum, avoiding secondary pollution and humidity absorption. Optional Inflation valve with dry nitrogen creates an inert atmosphere, protecting samples from oxidation. Stainless steel...
The Modified Atmosphere Freshness-Locking Vacuum Packaging Machine primarily operates by adjusting the gas ratio inside the package (such as infusing nitrogen, carbon dioxide, etc.) to inhibit microbial growth ...
.... Using advanced ceramic/metal matrix composites, it forms a radiation-resistant barrier under argon/nitrogen atmosphere, isolating fission products and preventing fuel rod re-oxidation. Designed for spent f...
New fixed nitrogen dioxide (NO2) gas transmitters Product Description K800 Series Fixed Gas Transmitter provides comprehensive monitoring of combustible, toxic gas hazards in potentially explosive atmospheres, ...
... industrial atmosphere generation in heat treatment, brazing, annealing, and metallurgical applications. Utilizing advanced thermal dissociation technology, the unit efficiently converts ammonia into a hydro...
... for heat treatment, annealing, brazing, and metallurgical applications. Utilizing advanced thermal dissociation technology, it converts ammonia into a hydrogen-rich nitrogen atmosphere with stable...
... treatment, annealing, brazing, and metallurgical applications. Utilizing advanced thermal dissociation technology and an efficient gas purification system, it produces a hydrogen-nitrogen atmosphere with ve...
...) was performed by the molybdenum-manganese (Mo−Mn) process in moist hydrogen and nitrogen atmosphere in the temperature range of 1250 °C to 1400 °C for 10 minutes with a dew point of 20 °C . The metallized ...