Application areas
A common laboratory equipment, widely used in experiments and small batch production in colleges and universities, scientific research institutes. It is mainly used for heat treatment, sintering, degassing, annealing, burning and other processes of samples; used for powder roasting, ceramic sintering, high temperature experiments, material processing, quality inspection and other scientific research and teaching experiments, providing important experimental means for materials research, analytical chemistry, fuel analysis, geology and other fields.
It can sinter ceramic materials at high tems, provide a stable heating effect, ensure that the materials are fully sintered, adjust the grain size and phase change temperature of ceramic materials, improve the density and mechanical properties of materials, obtain the required physical and chemical properties, and ensure that the quality and performance of ceramic products meet the requirements. In addition, it can also be used for heat treatment of ceramic materials, such as vitrification and annealing of ceramics.
It has important applications in the optoelectronics industry, such as providing a high-purity and high-temperature heating environment for the preparation of polycrystalline silicon and the solidification of single-crystalline silicon to meet the manufacturing requirements of solar cells; the production of silicon wafers in solar cells requires doping and sintering in a high-temperature oxygen-free environment. In addition, it is also used to prepare materials such as various graphites, copper foils, good and silver pastes in LEDs and solar cells.

A common laboratory equipment, widely used in experiments and small batch production in colleges and universities, scientific research institutes. It is mainly used for heat treatment, sintering, degassing, annealing, burning and other processes of samples; used for powder roasting, ceramic sintering, high temperature experiments, material processing, quality inspection and other scientific research and teaching experiments, providing important experimental means for materials research, analytical chemistry, fuel analysis, geology and other fields.

It can sinter ceramic materials at high tems, provide a stable heating effect, ensure that the materials are fully sintered, adjust the grain size and phase change temperature of ceramic materials, improve the density and mechanical properties of materials, obtain the required physical and chemical properties, and ensure that the quality and performance of ceramic products meet the requirements. In addition, it can also be used for heat treatment of ceramic materials, such as vitrification and annealing of ceramics.

It has important applications in the optoelectronics industry, such as providing a high-purity and high-temperature heating environment for the preparation of polycrystalline silicon and the solidification of single-crystalline silicon to meet the manufacturing requirements of solar cells; the production of silicon wafers in solar cells requires doping and sintering in a high-temperature oxygen-free environment. In addition, it is also used to prepare materials such as various graphites, copper foils, good and silver pastes in LEDs and solar cells.