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About Car Bottom Furnace

In 2003, our company improved the design of its own products based on advanced furnace types. It adopted a rapid quenching unit with large production capacity, obvious energy saving effect, fast quenching time, and good heat treatment effect. It can arrange quenching, tempering, and annealing on the same production line. , normalizing and other quenching and tempering treatments, greatly improving production efficiency.
 
According to different use, Car Bottom Furnace can be divided into: high-temperature bogie hearth furnaces, medium-temperature bogie hearth furnaces, low-temperature bogie hearth furnaces, trolley-type quenching furnaces, trolley-type annealing furnaces, and trolley-type tempering furnaces, turning bogie hearth furnace, trolley-type resistance furnace, trolley-type aluminum alloy quenching furnace, pre-vacuum bogie hearth furnace, double-door bogie hearth furnace, trolley-type drill sintering furnace, trolley-type mold preheating furnace, etc...
Car Bottom Furnace

 

Configuration

A list of the main products and other related equipment we provide to our customers.
 
Equipment list Quenching fumae, annealing fumace, tempering fumace, toley, temperature control system
Usage Used for annealin, quenching, tempering for high chrome steel, hioh manganese steel, grey iron, ductile iron, rollers, balls or other stel alloy.
Voltage 380V
Rated power 60~6000KW, customized according to different capactiy
Rated temp. 600°C~1200°C, customized according to different requirement
Heat Up time 2.5hours and above, according to technology flow requirement
Load capacity 50kgs~120tons

 

Car Bottom Furnace process introduction

Heating stage:
The trolley sends the metal material to be processed into the furnace. The burner or electric furnace on the upper part of the furnace will produce high-temperature flame or electric heat energy, which will be radiated and conducted to the metal material and raise to the required processing temperature.

Insulation stage:
When the metal material reaches the processing temperature, a constant temperature will be maintained in the furnace, allowing the metal material to perform the required heat treatment processes at this temperature, such as annealing, sintering, quenching, etc.

Cooling phase:
After the heat treatment process, the supply of the heating source in the furnace will be stopped and the temperature in the furnace will gradually drop. In order to prevent metal materials from generating stress and deforming if the metal material cooled too quickly, two cooling methods can be used. One is natural cooling, left the metal material in the furnace and cool down statically. The second is to use external cooling media, such as air, water or oil.