​Cast aluminum heating plate: an efficient and stable universal heating choice

Cast aluminum heating plate: an efficient and stable universal heating choice

Cast aluminum heating plate is an electric heater made of high-quality metal alloy through centrifugal casting process, which uses tubular electric heating elements as heating elements, bends and shapes them into molds. After precision processing, it can tightly adhere to the heated object, ensuring efficient heat transfer.

This heating plate has a surface load of 2.5-4.5 w/cm ² and a maximum operating temperature between 300-450 ℃, which can meet most conventional industrial heating needs. The metal alloy shell with excellent thermal conductivity ensures uniform temperature distribution on the hot surface, effectively eliminating hot and cold spots in the equipment and ensuring stable and reliable heating process.

In terms of performance, cast aluminum heating plates have significant advantages. It has a long lifespan, good insulation, strong mechanical properties, as well as corrosion resistance and magnetic field resistance, and can adapt to complex industrial environments. By adding insulation devices on the external heat dissipation surface and sintering infrared radiation on the internal heat dissipation surface, approximately 35% of electricity can be saved, significantly improving energy utilization efficiency.

At present, cast aluminum heating plates have been widely used in many fields such as plastic machinery, molds, cable machinery, alloy die-casting machines, pipelines, chemicals, rubber, petroleum, etc., and are a universal and efficient heating solution in industrial production.

Cast copper heating plate: a professional heating tool for high temperature scenarios

The cast copper heating plate also uses tubular electric heating elements as the heating element, and is formed using high-quality copper materials through die-casting or centrifugal casting processes. Compared to cast aluminum heating plates, it performs more outstandingly in the field of high-temperature heating.

Its surface load range is 2.5-6.0 w/cm ², and different models correspond to different maximum working temperatures. Some models can reach up to 700 ℃, making it easy to meet high-temperature heating needs. The excellent thermal conductivity of copper material enables rapid and uniform heat transfer, ensuring that the heated object quickly reaches the set temperature.

Cast copper heating plates have a long lifespan, excellent insulation performance, high-strength mechanical properties, and are equally resistant to corrosion and magnetic fields. In terms of energy conservation, installing insulation devices and sintering infrared technology can also achieve about 35% energy-saving effect.

With excellent high-temperature adaptability, cast copper heating plates are not only used in conventional fields covered by cast aluminum heating plates, but also play an important role in industries with higher temperature requirements such as food processing, laboratories, automobile manufacturing, medical and health care, electronics, metallurgy, etc.