Shenzhen Xinhongda Electric Heating Technology Co., Ltd. is a professional manufacturer of heaters for 20 years. We have more than 30 patents on heater technology. Products are exported to more than 10 countries around the world. The Cartridge Heaters we produce are of stable quality, safe and durable, and are well received by customers.
The Cartridge Heaters heater we produce is made of imported high quality heating wire and various durable stainless steel pipes, and adopts the most advanced automatic powder filling equipment in China. Our new Cartridge Heaters is applied to the latest semiconductor industry, and the high temperature resistance and soaking technology of our products allow the heating efficiency to meet the high precision temperature difference requirements of customers.
What are the advantages of cylindrical heaters? Large power, high thermal efficiency, fast heat dissipation, small size, light weight, safe and reliable, long life, these are its significant characteristics relative to other types of heaters.
The main application areas of Cartridge Heaters are: semiconductor industry, plastic packaging molding, small mold heating, analytical instruments, cigarette industry and footwear industry, chemical field and pharmaceutical production line and other industries.
Welcome to contact us, we can provide customized heater service.
Standard Cartridge Heater is a widely used heating element with simple design and powerful functions, suitable for a variety of heating scenarios. This heating tube adopts a single-end wiring design, that is, the wiring of the power supply and the electric heating element are concentrated at one end of the heating tube, which is easy to install and maintain.
Shenzhen Xinhongda Galvanothermy Technology Co., Ltd. has been continuously developing and applying for more than 20 product technology patents in the production of heaters for 20 years. We will continue to follow the technology research and development route and continue to develop high-quality L Type Cartridge Heater to meet the needs of global customers for high-quality heaters. You are welcome to contact us to customize the heater products you need.
Micro Cartridge Heater is a precision heating element designed specifically for narrow spaces, with a diameter typically between 3-5.9 millimeters and a length that can be customized to 15-200 millimeters according to requirements. It adopts a structure of single end outgoing and one end closed, encapsulating high resistance electric heating alloy wire in a metal tube and filling it with high-purity magnesium oxide powder to achieve insulation and thermal conductivity. It combines small size and strong heating performance, and is an ideal heating solution in precision manufacturing, laboratory equipment and other fields.
In the field of industrial heating, Flange Type Cartridge Heaters have become an ideal heating solution for many scenarios due to their unique structure and excellent performance. It combines the high power density advantage of a single head electric heating tube with the convenience of flange connection, providing reliable support for heating and insulation of liquids, gases, and even low melting point metals.
Standard high-quality Cartridge Heaters, also known as single end electric heating tube or bullet tube heater, is one of the core components in the industrial heating field. It adopts a unique structure of one end closed and one end outgoing, and was once known as the classic model of "m3" in the domestic electric heating industry. With advantages such as small size and high power density, it has become the first choice for heating in many industrial scenarios.
In the field of industrial heating, High Temperature Cartridge Heater have become the core heating element in many high-temperature operation scenarios due to their excellent high-temperature resistance and efficient heating ability. It is also known as a single ended high-temperature heating rod or high-temperature bullet tube heater, designed specifically to meet the heating needs of temperatures above 300 ℃. It is widely used in industrial scenarios such as mold hot pressing, metal melting, and high-temperature drying.