Products
-
VIM-C Vacuum induction melting and casting furnace
Model introduction
The VIM=c series vacuum induction melting and casting furnace system is suitable for metals, alloys, or special materials. Under high vacuum, medium vacuum, or various protective atmospheres, raw materials are placed in crucibles made of ceramic, graphite, or special materials for melting. The desired form is then achieved according to process requirements, enabling experimental molding, pilot production, or final mass production.
-
PJ-2Q Double chambers Vacuum gas quenching furnace
Model introduction
2 chambers vacuum gas quenching furnace, one chamber for heating, one chamber for cooling. One set of vacuum system.
Higher produce rate, Semi-continuous manufacture.
-
PJ-PSD Plasma nitriding furnace
Plasma nitriding is a glow discharge phenomenon used to strengthen metal surface. Nitrogen ions produced after ionization of nitrogen gas bombards the surface of parts and nitrides them. Ion chemical heat treatment process of nitriding layer on the surface is obtained. It is widely used in cast iron, carbon steel, alloy steel, stainless steel and titanium alloy. After plasma nitriding treatment, the hardness of the surface of the material can be significantly improved, which has high wear resistance, fatigue strength, corrosion resistance and burn resistance.
-
VIM-HC Vacuum Induction Electromagnetic Levitation Melting
Model introduction
It is suitable for vacuum induction melting and casting of active materials such as titanium, zirconium, superconductors, hydrogen storage materials, shape memory alloys, intermetallic alloys and high-temperature materials.
-
PJ-LQ Vertical vacuum gas quenching furnace
Model introduction
Vertical, single chamber, graphite heating chamber.2 or 3 stage vacuum pumps.
To avoid the deformation of long-thin workpieces like long axile,pipe, plate etc. This vertical furnace is loading from top or bottom, workpieces in furnace is stand or hang vertically.
-
PJ-VAB Aluminium brazing vacuum furnace
Model introduction
Special designed for the vacuum brazing of aluminium alloy, with enhanced vacuum pumps, more precise temperature control and better temperature uniformity, and special protect design.
-
VIGA Vacuum atomization powder making device
Model introduction
Vacuum atomization works by melting metals and metal alloys under vacuum or gas protection conditions. The molten metal flows downwards through an insulated crucible and a guide nozzle, and is atomized and broken into numerous fine droplets by a high-pressure gas flow through a nozzle. These fine droplets solidify into spherical and subspherical particles during flight, which are then screened and separated to produce metal powders of various particle sizes.
Metal powder technology is currently the most widely used production method across various industries.
-
PJ-OQ Double chambers Vacuum oil quenching furnace
Model introduction
2 chambers vacuum Oil quenching furnace, one chamber for heating, one chamber for gas cooling and oil quenching.
With quenching oil temperature constant and stir, out circle filtration system. Realize best oil quenching results and high repeatability.
-
PJ-VSB High temperature vacuum brazing furnace
Model introduction
High temperature vacuum brazing furnace is mainly used for the vacuum brazing of copper, stainless steel, high temperature alloy and other materials.
-
Bottom loading aluminium water quenching furnace
Designed for the water quenching of aluminum products.
Quick transfer time
Quenching tank with coil pipes to supply air bubbles in quenching period.
High efficient
-
Horizontal double chambers carbonitriding and oil quenching furnace
Carbonitriding is a metallurgical surface modification technology, which is used to improve the surface hardness of metals and reduce wear.
In this process, the gap between carbon and nitrogen atoms diffuses into the metal, forming a sliding barrier, which increases the hardness and modulus near the surface. Carbonitriding is usually applied to low-carbon steels that are cheap and easy to process to give the surface properties of more expensive and difficult to process steel grades. The surface hardness of Carbonitriding parts ranges from 55 to 62 HRC.
-
low-pressure carburizing furnace with simulate and control system and gas quenching system
LPC: Low pressure carburizing
As a key technology to improve the surface hardness, fatigue strength, wear strength and service life of mechanical parts, vacuum low-pressure carburizing heat treatment is widely used in the surface hardening treatment of key components such as gears and bearings, which plays an important role in upgrading the quality of industrial products. Vacuum low-pressure carburizing has the characteristics of high efficiency, energy saving, green and intelligence, and has become the main carburizing method popularized in China’s heat treatment industry.