Model: JYRH1-1RM
Product Performance
Specification: 1400℃-300×200×200 /1400℃-400×300×300
Operating temperature in the air: Maximum temperature 1300℃, continuous working temperature＜1300℃.
Specifications：1700℃-300×200×200 /1700℃-400×300×300×300
Using temperature in the air: Maximum temperature 1600℃, continuous working temperature＜1600℃.
Specification: 1800℃-300×200×200
Use temperature in the air: Maximum temperature 1800℃, continuous working temperature＜1750℃.
Description of Atmosphere Sintering Furnace
Atmosphere hydrogen sintering furnace is a new atmosphere protection sintering equipment developed by our company, this product adopts SUS304 stainless steel sealing chamber, integrated heating system, gas supply system, vacuum system, monitoring system in one, powerful, to meet most of the requirements of customers. It is suitable for atmosphere protection sintering, atmosphere reduction, annealing and so on.
FAQs of Controlled Atmosphere Heat Treatment Furnace
A: Compared to similar products, what are the key advantages of this sintering furnace's heating body and hot field design that contribute to a longer service life?
The use of mortise and tenon and bolt combined connection, can effectively release stress and natural expansion and contraction, reduce stress-induced damage; patchwork multi-layer material insulation metal heat insulation structure, with a fire-blocking structure and step-type wrapping, effectively preventing heat loss, insulation effect and impact resistance; unique temperature field design and insulation connection, reduce maintenance frequency, prolong the service life.
As an atmosphere furnace company, we will do our best to meet all the needs of customers.
If you want to know more about sintering furnace diagram and sintering furnace pdf, please visit our website.
CHJT is one of high-tech enterprise and vacuum furnace suppliers, focusing on 3D temperature field measurement and control technology as the core. Jiayue can manufacture a variety of tube furnace types suitable for applications in non-ferrous metals, anode materials, ceramic crystals, and other fields involving new materials.
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