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Suzhou Meiteng Furnace Industry Co., Ltd. (MT) was established in January 2013, and its core personnel are all former members of a large tungsten molybdenum product vacuum furnace business unit. We have a profound understanding of ultra-high temperature sintering. Our company specializes in producing ultra-high temperature sintering furnaces with temperatures up to 3000 ℃, which are used in new material industries such as tungsten based sintering, ceramic sintering, metallization, carbonization sintering, etc.
MT Mechanical and electrical engineers have an average of over 14 years of design experience MT Installation technicians have over 12 years of installation and maintenance experience
MT Our thermal field and other key components are all produced by ourselves to ensure that the company's technology is not leaked, and to guarantee quality and lifespan.
The domestic equipment malfunction will be responded to by phone within 2 hours, and the requesting party's phone cannot handle the malfunction on their own. They will arrive at the scene within 24-48 hours. The MT machine comes with a two-year warranty, with free maintenance in the first year (excluding non-human damage) and cost maintenance in the second year. MT thermal field technology holds a high position in China, ensuring the high-temperature durability and ultra-low overall cost of the thermal field.
Ultra high temperature sintering furnace is a device that can sinter materials at higher temperatures. The following is a detailed introduction: 1. Working principle Resistance heating: Using current to generate heat through a conductor (such as a graphite heating element), following Joule's law, which states that heat is proportional to the square of the current, the resistance of the c
A single crystal growth furnace is an equipment used for growing single crystal materials. The following will provide a detailed introduction from the dimensions of its working principle, structural composition, and application fields: 1. Working principle Czochralski method: Place polycrystalline material into a quartz crucible and heat it with a graphite heater to melt it. Fix the seed
The single crystal growth furnace is the core equipment for preparing high-purity single crystals. Its core purpose is to transform polycrystalline materials into structurally complete and high-purity single crystals through processes such as melting, pulling, and solidification. It widely supports the development of the semiconductor industry and solar photovoltaic industry, and is also used in t
AMB precision brazing furnaces are mainly used in the following industries: 1. Electronic semiconductor industry: It is widely used in the field of power electronic packaging, such as the packaging of IGBT modules. Through AMB precision brazing furnace, high-strength connection between AlN ceramics and copper can be achieved, meeting its requirements for high thermal conductivity and voltage resi
The tungsten and tungsten alloy sintering furnace is a core equipment specifically used for densification of tungsten powder and tungsten alloy billets (such as tungsten electrodes, tungsten targets, and hard alloys) through high-temperature sintering. Its characteristics revolve around "high temperature resistance, correct temperature control, controllable atmosphere, and adaptation to tungsten m
The degreasing sintering integrated furnace is a core specialized equipment in the field of powder metallurgy (especially metal injection molding MIM, ceramic injection molding CIM). Its core purpose is to integrate the "powder body containing binder" through two key processes of "degreasing (removing binder)+sintering (densification molding)" to achieve the transformation of the body into high-pe
Ultra high temperature sintering furnace is an industrial heating equipment that can achieve extreme high temperature environments (usually above 1600 ℃, some models can reach 3000 ℃ or even higher). Its high temperature characteristics are the core advantages that distinguish it from ordinary high temperature furnaces, mainly reflected in temperature range, stability, uniformity, thermal response
Suzhou Meiteng Furnace Industry Co., Ltd. (MT) was established in January 2013, and its core personnel are all former members of a large tungsten molybdenum product vacuum furnace business unit. We have a profound understanding of ultra-high temperature sintering. Our company specializes in producing ultra-high temperature sintering furnaces with temperatures up to 3000 ℃, which are used in new material industries such as tungsten based sintering, ceramic sintering, metallization, carbonization sintering, etc. Our company is currently recruiting agents and partners from various regions. Welcome to come and discuss cooperation methods. Concept and Value MT cares about every employee, and employees are our foundation. The diligence, practicality, sincerity, and innovative thinking of MT employees are the foundation of enterprise development. The purpose of MT is to retain people, use good people, and give every employee a sense of home, a goal to strive for, and more dreams. MT makes good use of every resource to make our products more valuable and competitive. Technical situation MT mechanical and electrical engineers have an average of over 14 years of design experience. MT installation technicians have over 12 years of installation and maintenance experience. Our thermal field and other key components are all produced by ourselves to ensure that the company's technology is not leaked, and to guarantee quality and lifespan. Ensure quality The domestic equipment malfunction will be responded to by phone within 2 hours, and the requesting party's phone cannot handle the malfunction on their own. They will arrive at the scene within 24-48 hours. MT has a two-year warranty for the entire machine, with free maintenance in the first year (excluding non-human damage) and cost maintenance in the second year. MT thermal field technology holds a high position in China, ensuring the high-temperature durability and ultra-low overall cost of the thermal field.
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