China Manufactured Evaporation Tungsten Crucible container for High Temperature Vacuum Furnace
With the high melting point, good stability, low vapor pressure in high temperature and other properties, tungsten, molybdenum, tantalum and niobium and their alloys are the most suitable structure materials used in thermal processing industry including high temperature furnace (HIP furnaces) or vacuum furnace (such as High Temperature Sintering Furnace, Annealing Furnace, High Temperature Quenching Furnace for Steel and Normalizing Furnace) and insulating press machine.
Based on the high quality self-made tungsten, molybdenum, tantalum and niobium materials, we has devoted to the processing and manufacturing of various high temperature furnace components(the whole serials of crucibles, boats or carriers, sheets, plates, boxes, vacuum internal furnaces, furnace racks, hearth rails, shells and mantels, heating chambers, heat shields, reflecting screens, screws, fastener, spacers, hangers and crowns for years, we can design and make according to clients' requirements.
Features
good oxidation resistance ability under high temperature
Quick Response:feedback within 24hours
High quality:Well-trained workers and more than 10 years experience technical staff
Competitive price :Directly from factory to save your money.
Short lead time:sample 5-10days,large order about 20 days
Flexibility:order no matter how big or small all welcome
OEM & ODM both ok
We can offer various type with different functions for customers, not only manufacture according to the international standard, but also can design as per the requirements of customers.
Please choose freely from the wide range of already available Tungsten Crucible container for High Temperature Vacuum Furnace or contact us with your specifications. Please do not hesitate to contact Irene .
Product display
Zhuzhou Newmetal Materials Co., Ltd is a refractory metal manufacturer specializing in the raw material and deep-processing product of tungsten, molybdenum, tantalum, niobium, rhenium and tungsten carbide.
• We have conquered the technological difficulties in welding between the tungsten carbide wear-resistant material and stainless steel-based and iron-based. The geometrical tolerance of weldment can be controlled in level A.
• Relying on powder metallurgy institute and engineering materials institute of Central South University, We have established a production-learning-research base to provide powerful technologic support for products R&D. And we have the whole production equipment from mixing to finish machining, including the world’s most advanced cold isostatic pressing machine which can manufacture the widest and longest plate.