1600c high temperature vacuum hardening furnace for metal parts inert gas annealing furnace high temperature metal hardening oven, metal tempering oven, meta Learn More.
The furnace can operate with 208/240V and a temperature range up to 1600 degrees Celsius under inert gas atmosphere. Some more features of the STR- 1600C high temperature furnace include: 1400
1700°C Max Controlled Atmosphere Muffle Furnace w/ PC Interface Kanthal elements, Mitsubishi refractory lining, Shimaden 40-seg PID controller, overheat protection, multiply inlet/outlets, PC interface, casters.
China High Temperture Vacuum Furnace Box Type Muffle Sintering Lab Equipment Electric Furnace, (such as air to inert atmosphere), or argon/nitrogen to Atmosphere Muffle Furnace sourcing, purchasing Atmosphere Muffle Furnace Products from 1600C 3.
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Batch and Laboratory Solutions for Sintering Furnaces. Ideal for the hydrogen atmosphere common to most MIM and PM processes, is our 1600 and 1700 series of Rapid Temp tube furnaces. With temperature ranges to 1600C and 1700C respectively, our gas sealed batch furnace design allows for a highly pure hydrogen or inert gas atmosphere.
TMAXKBF16Q is a CE certified box furnace designed for materials synthesis under inert gas atmosphere with temperatures up to 1600 ºC. The furnace consists of high-quality alumina fiber bricks and Molybdenum alloy heating elements with an heating chamber.
in an atmosphere of air, inert gases (nitrogen, argon, hydrogen), active atmospheres for carburizing, nitriding and other active diffusion atmospheres, in high temperature systems up to 1300°C, low vacuum in retort furnaces up to 10-2 mbar.
An inert gas, such as Argon, is often used to quickly cool the treated metals back to non-metallurgical levels (below 400 °F [200 °C]) after the desired process in the furnace. This inert gas can be pressurized to two times atmosphere or more, then circulated through the hot zone area to pick up heat before passing through a heat exchanger to remove heat.
The solder furnace operates at temperatures of about 1100-1200 °C. At the entrance and the outlet there is a burner to burn H2 which comes out. The burning of H2 prevets the formation of
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Inert Atmosphere Processing is the heat treatment of a component in a furnace atmosphere which will not react with the material being processed. Inert gases are argon and helium. Nitrogen is not a truly inert gas, reacting with certain materials (e.g. stainless steels) at elevated temperatures.*
Aug 08, 2017 · Usually, debinding is performed in controlled inert gas atmosphere conditions at temperatures below 800 °C with numerous dwell time steps for debinding various kinds of impurities. After carbonization is completed, the furnace will automatically ramp up to 3000 °C (based on the furnace model) for final graphitization.
2 Used in the heat treatment of magnesium alloys. Synthetic atmospheres Nitrogen and methanol (methyl alcohol) Vacuum The absence of an atmosphere. FEATURE | Industrial Gases/Combustion. A key heat-treat consideration is the creation of an atmosphere within the furnace that is neutral to the parts being processed.
1600C 3.6 - 36 L Atmosphere Box Furnace TMAXKBF16Q is a CE certified box furnace designed for materials synthesis under inert gas atmosphere with temperatures up to 1600 ºC. The furnace consists of high-quality alumina fiber bricks and Molybdenum alloy heating elements with an heating chamber.
Brief Introduction of the 1600c atmosphere furnace: CY series Atmosphere furnace can protect materials from oxidation and decarburization with flowing nitrogen. and other inert gases. Atmosphere furnace is widely used in all kinds of colleges and universities laboratory,
Vertical tube furnace is suitable for lab experiments, such as, nano material, chemical analysis, component test, metal sintering etc. According to the concrete requirement, the furnace can be equipped with, gas mixer, flow meter and vacuum system.
(1).1600C vertical tube furnace is using MoSi2 as heating elements (2).Double shell casing with three cooling fans. (3).High purity Alumina fibrous insulation for max. energy saving.
1600C: Working temp. <1600C: Furnace atmosphere: Nitrogen,Argon and other inert gas: Heating rate: 0-15℃/min (Suggestion: 0-10℃/min) Temp. control: 30 steps programmable and PID automatic control: Vacuum degree: 10-3 torr: Temp. accuracy +/-1℃ Heating element: MoSi2 heating elements: Voltage: 415V 50HZ: Furnace chamber: Stainless steel: Furnace structure
Helium He An inert gas Hydrocarbon Gases Typically used as additions or enriching gases to furnace atmospheres. Common types include methane (CH 4), propane (C 3H 8) and butane (C 4H 10). Hydrogen H 2 A constituent of many furnace atmospheres used to aid in heat transfer and react with oxygen present. Nitrogen N 2 A blanketing gas that is not truly inert