Large medium-temperature vacuum sintering furnace is suitable for: precision ceramic vacuum sintering, magnetic material vacuum sintering, electronic cigarette ceramic atomization core sintering, high-performance semiconductor ceramic sintering, carbide debonding sintering, high-performance ceramic substrate sintering, precision ceramic sintering with high requirements for the consistency of the finished product density of the shrinkage size, debonding sintering of carbon materials, or high-temperature vacuum sintering of other metal materials and non-metallic materials.

Large medium-temperature vacuum sintering furnace is suitable for: precision ceramic vacuum sintering, magnetic material vacuum sintering, electronic cigarette ceramic atomization core sintering, high-performance semiconductor ceramic sintering, carbide debonding sintering, high-performance ceramic substrate sintering, precision ceramic sintering with high requirements for the density consistency of shrinkage size finished products, debonding sintering of carbon materials, or high-temperature vacuum sintering of other metal materials and non-metallic materials.

Medium temperature sintering furnace is suitable for: precision ceramic vacuum sintering, magnetic material vacuum sintering, electronic cigarette ceramic atomization core sintering, high-performance semiconductor ceramic sintering, carbide debonding sintering, high-performance ceramic substrate sintering, precision ceramic sintering with high requirements for the density consistency of shrinkage size finished products, debonding sintering of carbon materials, or high-temperature vacuum sintering of other metal materials and non-metallic materials.

The large-type medium temperature sintering furnace can realize independent temperature control and temperature measurement in 3 or multiple temperature zones, and the temperature uniformity is excellent.The temperature uniformity is good under high temperature conditions, which is suitable for high-performance ceramics and powder metallurgy industries with high requirements for shrinkage size and product density. Debonding and sintering are integrated to shorten the production cycle of the product. The equipment is equipped with a screw pump unit or oil ring pump unit with automatic cleaning function.

Medium temperature vacuum sintering furnace is suitable for precision ceramic vacuum sintering, magnetic material vacuum sintering, electronic cigarette ceramic atomization core sintering, high-performance semiconductor ceramic sintering, carbide debonding sintering, high-performance ceramic substrate sintering, precision ceramic sintering with high requirements for the consistency of the finished product density of the shrinkage size, debonding sintering of carbon materials, or high-temperature vacuum sintering of other metal materials and non-metallic materials.

Non-vacuum sintering of precision ceramics, vacuum sintering of magnetic materials, sintering of ceramic atomizer cores for e-cigarettes, high-performance semiconductor ceramic sintering, debinding and sintering of cemented carbides, sintering of high-performance ceramic substrates, precision ceramic sintering demanding high consistency in shrinkage dimensions and final density, debinding and sintering of carbon-based materials, and high-temperature vacuum sintering of other metallic/non-metallic materials.

The MIM debinding and sintering furnace is a core piece of equipment in the Metal Injection Molding (MIM) process. It integrates both debinding and sintering functions, providing precise control of temperature and atmosphere to ensure consistent density and superior product performance. Designed for small, complex, and high-precision metal parts, it guarantees uniform sintering results with excellent dimensional accuracy.