The most advanced parts heat treatment equipment heat treatment furnace Chaofeng saves electricity

工作电压：

342V-430V

震荡频率：

15-35KHZ

效率：

100%

The most advanced parts heat treatment equipment, heat treatment furnace, Chaofeng is energy saving
Parts heat treatment equipment, heat treatment process encyclopedia, high frequency induction heating power supply, also called heat treatment equipment, industrial electric furnace, other electric heating equipment, metal forming heat treatment equipment, other electronic product manufacturing equipment, supply of high frequency induction Heating equipment induction heat treatment equipment induction quenching equipment high frequency induction heating equipment high frequency quenching high frequency annealing high frequency forging furnace high frequency brazing induction heating electric heating equipment high frequency welding machine high frequency power supply medium frequency power supply ultra high frequency ultra audio high frequency heating machine high frequency quenching Machine high frequency brazing machine!
The most advanced heat treatment furnace for parts heat treatment equipment is super power-saving
A complete list of heat treatment processes for parts heat treatment equipment. When designing parts structure, attention should be paid to improving the heat treatment process. The main requirements for the structural design of heat treatment parts are: ) Sharp edges and corners should be blunted or changed to rounded corners.
) Try to make the cross-sectional area of the parts uniform and balanced. If necessary, process holes or process slots can be added and their positions, locations and quantities can be reasonably distributed.
) The slenderness ratio of shaft parts should not be too large.
) The inner hole requires strain-free holes to become through holes when hardened. There should be a certain distance between holes or between holes and edges. If possible, drill through the bottom of the inner hole laterally to improve the cooling conditions of the inner hole during quenching.
) To improve the rigidity of the part structure, reinforcement ribs can be added when necessary.
) The geometric shape of the parts should be simple and symmetrical.
) There must be a certain surface roughness before heat treatment. Generally, the surface roughness of quenched parts is not greater than that of nitrided parts. When the surface roughness value of nitrided parts is large, the brittleness value is large and the hardness measurement is inaccurate. Generally, it is required that the surface roughness of carburized parts is not higher than ~. There should be no deep marks on the surface and no marks on key parts.
) When the shape is particularly complex or different parts have different performance requirements, it can be changed to a combined structure if possible. For particularly long and thin parts, if it is possible to splice them structurally, try to splice them as much as possible.
) Try to avoid partial carburizing and partial nitriding of holes.
) When designing large and long pieces, clamping and hanging methods that facilitate heat treatment should be considered.
) Holes or grooves should be avoided in high-frequency quenching parts. The edges of unavoidable holes or slots must be chamfered. The keyway can be chamfered at the arcs at both ends of the slot.
) For sleeves with splined holes and gear outer circles or tooth parts that require high-frequency quenching, the minimum wall thickness should be limited to avoid excessive deformation.
The most advanced heat treatment furnace for parts heat treatment equipment is super power-saving
Complete product features of heat treatment technology for parts heat treatment equipment
Small size, light weight, simple installation and very convenient to operate
High efficiency and energy saving It is very obviously more energy-saving than traditional high-frequency equipment, and it is more energy-saving than thyristor medium frequency
Safe and reliable, no high voltage of 10,000 volts, very safe for operators
The frequency bandwidth can meet the needs of unique workpieces such as pre-forging heating, heat treatment, brazing, etc. The cooling circulation system ensures that the equipment works continuously for hours.
There is almost no oxide layer, no waste gas and no waste water.
Full range of products including high frequency, ultra-high frequency and other series and power series.