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The equipment features excellent vacuum degree, precise atmosphere control, and stable temperature field performance. It perfectly meets the high-end heat treatment needs of large workpieces, significantly improving product quality and production efficiency, and serves as an ideal heat treatment solution for the heavy industry manufacturing sector.

The elevating high-temperature furnace is used for experimental teaching. It operates stably with smooth lifting and lowering, and features precise temperature control. It perfectly meets the experimental needs of material sintering, ceramic preparation, and other processes, significantly improving the effectiveness of experimental teaching and safety.

With its ultra-large furnace loading capacity, excellent furnace temperature uniformity and stable performance, the equipment perfectly meets the heat treatment needs of batch sintering and annealing of powder metallurgical products, and significantly improves production efficiency and product consistency.

The equipment’s independent and precise temperature control for multiple zones, uniform temperature field, and stable atmosphere perfectly meet the cutting-edge scientific research needs such as gradient sintering of materials, CVD/CVI deposition, and nano-material synthesis.

It is recognized for its precise temperature control, excellent vacuum tightness, and stable atmosphere environment. The furnace perfectly meets the scientific research needs of nano-material synthesis, catalyst calcination, material sintering, and other processes.

The furnace’s advantages—including uniform furnace temperature, good sealing performance, and suitability for heat treatment of long-shaft parts—have effectively met the requirements for processes such as annealing and tempering in teaching experiments and scientific research projects. With stable operation and high safety, it is an ideal choice for university laboratories.

The evaluation focuses on affirming the equipment's outstanding performance in vacuum/atmosphere environment control, temperature & pressure control, sintering effect, and system stability.

The review highly affirms the frit furnace in terms of melting efficiency, temperature control accuracy, energy efficiency, and excellent stability. It has effectively improved the quality of glazes and production efficiency while reducing comprehensive costs.