1400C Vacuum & Atmosphere Controlled Box Furnaces can protect material from oxidation and decarburization with flowing Nitrogen, Argon and other inert gas. 1400C Vacuum & Atmosphere Controlled Box Furnaces an ideal box atmosphere muffle furnace for sintering, reducing with inert-gas atmosphere in the labs of university, Research Institution and
A nitrogen or argon controlled atmosphere is most commonly used for this application. As nitrogen or argon is introduced into a furnace, the risk for oxidation of the component parts being heat-treated is reduced. The inerting process is also done as a safety measure since the gases used purge flammables, oxygen, and water from the furnace.
Gas Convertible High-accuracy Vacuum Furnace KDF-900GL Spacious muffle inside installed with heating elements on 3 sides provides you with much increased areas of uniform heat distribution. 40 patterns and 20 segments per pattern programs are storable. 3 kinds of P.I.D. constant adequate for each temp. range are programable to obtain highly
KSL1700X-GS is CE certified box furnace designed for material synthesis under inert gas atmosphere up to 1700 ºC. The furnace consists of high quality alumina fiber bricks and Mo alloy heating elements with a heating chamber of 8"x 8"x8", as well as a vacuum-sealed steel case with water cooling jacket and vacuum & gas flow control system.
Melting Furnace, Material Analysis Furnace, Sintering Furnace manufacturer / supplier in China, offering Vacuum Chamber Furnace 1700deg. C 6kw for Lab Material Analysis Sintering and Melting, Furnace for Thermal Treatments 1000 Degrees Heat Treatment Furnace Oven, 1400c High Temperature Vacuum Electric Tube Furnace for Heat Treatment and so on.
nitrogen atmosphere furnace have the unique sealing technology to ensure the air tightness of the furnace chamber; can be pre- pumping vacuum, argon, nitrogen and other gases into the furnace cleaning to achieve the purpose of protection of the atmosp
Argon is vital for welding special alloys and for various welding applications. It is essential for laser and light bulb manufacturing. In heat-treating applications, argon is used to create inert environments free of oxygen and nitrogen. Beverages Denser than air, argon is used for blanketing wine and flushing oxygen from containers.
Nitrogen atmosphere are needed for the carbonization process of carbon fiber. We build Atmosphere heat treating furnaces with retorts, muffles and cold walls. For smaller parts, retort furnaces provide superior process control for heat treatment of metal products to 1300°C/2400°F in inert and reducing atmospheres.
Hydrogen furnace brazing is a precision brazing process performed in a controlled hydrogen atmosphere to reduce surface oxides and create a high-strength braze joint. Clean and bright surfaces free of oxidation and contaminants make hydrogen-brazed assemblies ready for further assembly immediately—without additional operations or processing.
Argon Atmosphere Furnace, Vacuum Argon Atmosphere Furnace, Atmosphere Furnace manufacturer / supplier in China, offering 1000c High Temperature Lab Sintering Vacuum Argon Atmosphere Furnace 100X200X100mm, Furnace for Thermal Treatments 1000 Degrees Heat Treatment Furnace Oven, 1400c High Temperature Vacuum Electric Tube Furnace for Heat Treatment and so on.
20141013Argon is a totally inert gas used in some applications for purging or as a replacement for nitrogen where reaction to the steel surface is of concern. Helium (He) Helium is a totally inert gas that can be used for purging (uncommon), as a protective atmosphere (uncommon) or as a quenchant gas.
Nitrogen argon inert protective gas atmosphere heat treatment muffle furnace mainly used for university, research institutions laboratory materials heating treatment. Especially for some special materials, it needs inert gas to protect it from changing due to air at high temperature.
Laboratory Inert Gas Atmosphere Smelting Furnace . laboratory inert gas smelting atmosphere furnace 1600 degree. Brief Description. Lab electric vacuum atmosphere muffle furnace controlling nitrogen and argon inert gas: strong construction and high quality heating elements provide rapid heating rates and a long reliable working life.
This GCF1700 series controlled atmosphere muffle furnace is only as good as its individual parts. That's where this 1700°C model rises above the competition. Deep within the chamber rests MoSi2 heating elements, embedded in rugged alumina fiber insulation.
201444Is the atmosphere-gas (hydrogen, helium, nitrogen, and argon) that you are using in your vacuum furnace for partial-pressure, or for rapid cooling, or for multi-bar operations, truly a dry gas of at least -80°F (-65°C) dewpoint or drier when it is introduced into your vacuum furnace?
2017913If inert gas is leaking in from the inert-gas system or from valving on the furnace, it can cause the furnace to exhibit signs of poor pumping, poor leak rates, poor ultimate vacuum, poor ability to pump against normal outgassing loads, backstreaming, etc.
2017106Types of Backfill, Partial Pressure and Cooling Gases for Vacuum Heat Treatment October 6, 2017 by VAC AERO International Vacuum furnaces (Fig. 1) can use a variety of different gases during the processing cycle in partial pressure operation, for backfilling to atmospheric pressure at the end of the processing cycle and for cooling/quenching.
These atmospheres include argon and helium and mixes of either. Nitrogen is sometimes used as a shielding gas and can be regarded as inert for most cases but it is not suitable for brazing titanium with which it forms titanium nitrides. Likewise titanium will react with hydrogen to form titanium hydrides.