Low-temperature Furnace
Low-temperature furnace uses an advanced heat-conducting medium technology, the so-called solid-liquid coexistence phase medium heat transfer technology. It is an important innovation in heat transfer technology. This heat transfer technology has strong temperature uniformity and fast heating and cooling rate, which can meet the needs of various emergent fields, such as automobile and aerospace industry.
A low-temperature furnace is usually used for low temperature annealing, sintering and aging, as well as for testing and treatments of materials such as softening, sheet forming and annealing. The advantages of low-temperature furnace are the fast and direct heat transfer, the uniform heat field, the high temperature and heat preservation. The furnace body is made of stainless steel, and air tightness is achieved by sealing with gasket material, so the safety performance of the entire system is guaranteed.
Brownout protection, over-temperature protection, dust and waterproof design, dual-temperature control, automatic program control can all be configured for your convenience. Besides, the engineering design of the low-temperature furnace is meticulously done, with thousands of tests conducted to make sure all safety measures are taken into account.
These new furnaces not only save a lot of energy, but they also ensure environmental protection. This ensures that the working environment is safe and comfortable, without exhaust and excessive heat. The furnace also provides a quiet working environment, suitable for long-term operations.
In summary, the low-temperature furnace is an excellent invention, and the cost of supporting such a sophisticated heating machine is lower than expected. With this invention, two processes that were traditionally done separately can now be done simultaneously in one furnace. Further, the design of the furnace meets environmental protection requirements and can be used in different conditions.
