Tungsten Crucible 1. Tungsten crucibles can be applied in sapphire growth furnace, quartz glass melting furnace, 2. They also play a significant role in machinery processing, glass and ceramic manufacturing, 3. Tungsten crucible liners are very useful in electron-beam evaporation as they
Tungsten powder sintering molding process is one of the most widely crucible manufacturing technology in the worldwide, suitable for the production of larger size tungsten crucible. Stamping, spinning method of production of tungsten crucible mainly adopts hot bending process, heating the tungsten plate, using stamping or spinning for many times, this method is mainly used in the production of medium-sized crucible.
Tungsten crucible have high melting point, good high temperature strength, wear-resistant corrosion resistance, thermal conductivity, thermal expansion coefficient is small, good hardenability, so the tungsten crucible is widely used in sapphire crystal growth furnace, quartz glass melting furnace, rare earth smelting furnace etc core container
Crucible Lead Melting Furnace. The GR2 series Crucible / Pot Lead melting Furnace is a sort of energy-saving Melting Furnace, it is mainly used for melting lead, lead liquid insulation, etc.
Tungsten crucibles are widely used as core containers in industrial furnaces such as sapphire single crystal growth furnace, quartz glass melting furnace, rare earth smelting furnace and so on, because the melting point of tungsten is as high as 3410 C. The working temperature of tungsten crucibles is generally above 2000 C.
Antimony Metal Antimony Ore Arsenic Metal Bismuth Metal Cadmium Metal Calcium Silicon Charge Chrome (50-52%) Chromite Chromium - ATR Chromium - Electrolytic Cobalt Cathode Ferro - Silicon-50% Ferro - Silicon-60% Ferro - Silicon-75% Ferro - Sulphur Ferro - Vanadium Ferro- Silicon - Magnesium Ferro-Molybdenum Ferro-Niobium Ferro-Tungsten Hafnium
Propane Furnaces Open-flame propane furnaces are a great alternative to electric furnaces. They do not require any power and can be used on the go. Offered in a range of sizes, and they are excellent for melting gold, silver, copper, brass, aluminum, and other metals.
A crucible is a container that can withstand very high temperatures and is used for metal, glass, and pigment production as well as a number of modern laboratory processes. While crucibles historically were usually made from clay, they can be made from any material that withstands temperatures high enough to melt or otherwise alter its contents.
Jun 25, 2016 · Tungsten crucible is one of the metal tungsten products, mainly used as a high-temperature furnace container, can be used in a vacuum or inert gas at 2600 degrees Celsius. According to the requirements of customers, we can provide the general density (less than 18.3g/cm3) and high density crucible (more than 18.5g/cm3).
China W1 Pure Tungsten Crucible for melting with High-Quality, Leading W1 Pure Tungsten Crucible for melting Manufacturers & Suppliers, find W1 Pure Tungsten Crucible for melting Factory & Exporters.
Tantalum crucible is widely used inlaboratory equipment, substitute for platinum and metallurgical, machinery processing, glass, and ceramic industries. Tantalum Crucible Tantalum (Ta) is a dark blue-gray metal that is very heavy, ductile and hard and has high corrosion resistance.
Tungsten crucible is widely used in sapphire single crystal growth furnace, quartz glass melting furnace, rare earth smelting furnace and other core containers of industrial furnace. Its operating temperature environment is more than 2000 degrees.
MIFCO manufactures some of the most versatile melting furnaces available. The wide temperature range will allow the melting of most non-ferrous metals used in casting and some grey iron up to class 30 or 35. All of these units have a temperature range of 1200° to 2400° F and are designed to melt as rapidly as possible.
DISTINCT BENEFITS OF Indotherm's CRUCIBLE TYPE MELTING FURNACE Our Furnace is very safe for the workers / Furnace operators in terms of Oil leakage alarm, Overheating of Metal Alarm. Choice of Fuels as per customers we have heating systems available in (Electrically heated / Fuel fired such as gas or oil).
Metal Rotary Sputtering Target; Metal Round Sputtering Target; Noble Metal Target; Planar Target; Spray Rotary Sputtering Target; Tantalum; Titanium. Titanium Metal; Titanium for Medical; Tungsten. Pure Tungsten; Tungsten Copper Alloy; Tungsten Heavy Alloy; Tungsten Silver; Zirconium
Nov 27, 2019 · A melting crucible is usually a pot-shaped container placed in the center of a furnace that is used to hold a metal to be melted. It is commonly made of silicon carbide and graphite, but can also be composed of metals suited to high temperature applications, such as tantalum or tungsten. Crucibles can also be shaped in a conical or planar, plate-like form, depending on the application.
Nov 15, 2019 · A crucible is a metal container that you put inside of your furnace that holds the metal you're melting. Put the metal you want to melt inside the crucible and use a pair of fire tongs to set it in the middle of your furnace. Allow the furnace to heat the crucible and melt the metal before taking it out with tongs for casting.
Customer specific furnace components and fixtures for high temperature furnaces are uniquely designed and are supplied by Mingguan Metal. Tungsten Crucibles – Powder Metallurgy · Pure Tungsten (99.95% minimum) · MoW Blend (percentages vary depending on customer requirements) Tungsten crucible. Tungsten crucible application
Stamped tungsten crucible The tungsten crucibles can be produced of a tungsten plate by stamping, spinning, or welding. They are widely used by sintering furnaces for ceramics and other materials or vacuum evaporation coating machine. 1, Our company specilizes in manufacturing the products of tungsten, molybdenum and other different kinds of special shape.
Crucibles for melting and holding molten metal that is dipped out of the furnace need to be designed for easy access to the metal and with high thermal efficiency. This allows the furnace to hold the metal at the proper temperature with minimal fuel or power use.