Company Statement" Zhengzhou KJ Technology Co., Ltd. " belongs to the international business department of KJ Group. Starting today, the company will continue the international business contract signed or currently being performed by " Zhengzhou Kejia Furnace Co., Ltd. " See details >>
These heat treatment methods have different effects and applicability on different materials and workpieces, and the appropriate heat treatment method needs to be selected according to the specific situation.
The four basic elements in the heat treatment process are temperature, time, cooling rate and medium. These four elements interact to determine the effectiveness of the heat treatment process and the properties of the final material.
Tube resistance furnaces and box-type resistance furnaces are common laboratory heat treatment equipment. They have their own characteristics and differ in their applications. Next, let’s take a look at the differences and advantages of these two types of
Our KJ company's high-temperature vacuum atmosphere furnace is a heat treatment process that can be applied to electronic components, new materials and powder materials under vacuum or atmosphere conditions.
Rotary furnace is a common smelting equipment, which is mainly used for smelting steel. It has become very popular in the steel industry since its use in industry began in the 1950s. So why are rotary kilns so popular?
The lifting furnace is a piece of equipment mainly used for smelting metals, usually used to produce steel, copper, aluminum and other metal materials. The design of a lifting furnace includes many aspects, including furnace structure, furnace type, combu
The KJ biomass pyrolysis tube furnace system is a common pyrolysis equipment, mainly used in the process of dry pyrolysis of biomass to prepare carbon and gas. The main component of the pyrolysis furnace is a heater composed of multiple metal tubes.
The ultrasonic spray pyrolysis furnace is a multifunctional synthesis system suitable for the synthesis of various nanostructured oxides and coating processes for nanomaterials. The system consists of an ultrasonic atomization device, a 1200°C three-tempe