The Vacuum Sintering Furnace is mainly used for Vacuum Sintering and aging of rare earth NdFeB, samarium cobalt magnetic materials, aluminum nickel cobalt and other products. It is divided into two types: internal circulation cooling and external circulation cooling. It has the characteristics of good temperature uniformity, fast cooling speed, large exhaust volume and fast pumping speed.

The vacuum sintering furnace has the following specifications: 50Kg, 75Kg, 100Kg, 300Kg and 500Kg.

The Single-Chamber Vacuum NdFeB Sintering Furnace is a specialized high-temperature sintering system designed for producing neodymium-iron-boron (NdFeB) permanent magnets with superior magnetic properties and structural integrity. Operating in a high-vacuum environment, this furnace ensures minimal oxidation, precise temperature control, and uniform heating, resulting in consistent product quality.

Its single-chamber design simplifies operation, reduces heat loss, and optimizes energy efficiency, making it a preferred choice for NdFeB magnet manufacturers aiming for high productivity and stable performance. With advanced insulation, efficient heating elements, and automated process control, it guarantees repeatable sintering cycles for various magnet grades.

NdFeB Vacuum Sintering Furnace

 GVSJ-500W (4)

 GVSJ-500W (6)

Key Features:

 · Single-Chamber Structure – Compact design for efficient heat distribution and minimal thermal loss.

 · High Vacuum Performance – Reduces oxidation and maintains material purity during sintering.

 · Precise Temperature Control – Achieves stable sintering conditions for optimal magnetic properties.

 · Energy-Efficient Heating System – Lowers operational costs without compromising output quality.

 · Programmable Process Control – Supports automated cycle management for consistent production.

Applications:

 · NdFeB Magnet Manufacturing – High-performance magnets for motors, generators, and sensors.

 · Aerospace & Defense – Strong, lightweight magnetic components for precision equipment.

 · Electronics – Miniaturized, high-energy magnets for consumer electronics and communication devices.

 · Renewable Energy – NdFeB magnets for wind turbines and electric vehicle drive systems.