Experimental Hydrogen Decrepitation Furnace is an experimental hydrogen crushing furnace designed for processing a variety of materials, primarily for hydrogenation and dehydrogenation processes. It features an externally heated straight-tube reaction chamber capable of accommodating up to 10 kg of material. The furnace is equipped with a comprehensive control system for precise temperature, vacuum, and gas flow management, ensuring efficient and safe operation.

Jet Mill comprises the nitrogen compression system, oxygen filtering system, crushing system, grading system collection system, adding, discharging system, nitrogen purity test supplement system, nitrogen system and electrical control system. Easy-to-oxidize raw materials and flammable and explosive materials processing have been widely used in metal powder.

The PLC of DXP25-300 Bidirectional Magnetic Field Press uses the OMRON company controller, and all actions are centrally controlled by the PLC.
When the electromagnetic coil passes current, a spatial magnetic field with relatively parallel magnetic lines of force is generated between the two pole heads, thereby achieving the purpose of orienting the magnetic powder.
The oil cylinder is controlled by the hydraulic system to implement actions such as suppression and return.

The Rotary Vacuum Heat Treatment Furnace embodies advanced engineering and innovative features tailored for efficient and uniform hydrogen crushing, dehydrogenation, and cooling processes of NdFeB materials. The hydrogen crushing furnace plays a crucial role in the production of NdFeB permanent magnets, enabling the creation of high-performance magnetic materials with superior magnetic properties.

Cold Isostatic Pressing (CIP) is a method used in material processing to compact powdered materials into a solid, homogeneous mass before machining or sintering. It operates on Pascal’s principle, which states that a change in pressure within an enclosed incompressible fluid is transmitted undiminished to every part of the fluid and the walls of its container to achieve the purpose of consistent density and strength of various parts of the workpiece.

A Vacuum Induction Smelting furnace is an electric heating device that uses vacuum induction melting to melt and cast alloy raw materials in a vacuum or inert gas state on a rotating water-cooled roller for rapid solidification. Then it cools them down on a water-cooled plate to reduce the alloy's temperature to around 30 ℃, with uniformly sized, thin, and thick alloy sheets.

This Vacuum Sintering Furnace is used for vacuum sintering, aging and other treatments of various alloy materials, devices, NdFeB magnetic materials, SmCo magnetic materials, hydrogen storage alloys, and active and refractory metals.

The DXML25S-SK CNC Vertical Double-Sided Grinding Machine represents a new generation of grinding machines that have undergone comprehensive improvements and innovations based on traditional double-sided grinding machine designs. It is applicable in various industries for grinding round or square workpieces. It offers high-efficiency through-feed grinding that meets precision grinding requirements

DX-MAG series capacitive pulse magnetizing/demagnetizing machines are composed of high-voltage oil-immersed pulse capacitors, silicon-controlled rectifiers and control circuits. The AC power increases the power supply voltage through the isolation transformer and then is converted into DC by the rectifier to charge the capacitor. The high-voltage direct current energy is stored in the capacitor.