Ice and heat integrated machines, as well as integrated temperature control machines, are divided into two parts: the heating section and the cooling section. They use a pump to drive the heat transfer medium (usually water or oil) from the oil tank equipped with an internal heater to the temperature control device, and then back to the oil tank. The controller adjusts the temperature of the heat fluid, thereby controlling the temperature of the temperature control device, based on the temperature of the hot fluid measured by the temperature sensor or the internal temperature of the temperature control device. Generally, water-based control has a lower temperature range, while oil-based control has a higher temperature range. The high-temperature working temperature for water-based systems is 98°C, with a low temperature of 5°C. Pressurized water systems can reach temperatures of 100°C to 180°C, with a low temperature of 5°C. Oil-based systems are used for temperatures ≥180°C (or for pressure-sensitive equipment), with a low temperature down to -100°C (optional), and a high working temperature that can reach up to 350°C. There are various models available for temperatures down to -100°C (optional).

Ice and Heat All-in-One Machine, Ice and Heat All-in-One Temperature Control Machine Advantages: Achieve inter-switching to accelerate production progress, reduce energy consumption, improve product molding efficiency, suppress product defects, and reduce the production of defective products. Precise temperature control, also capable of using a single function independently, widely used in injection molding, biology, chemical industry, pharmaceuticals, reaction kettle, micro-reactor, agitator tank, laboratory, aerospace materials, new material development, roller roller, new energy, electronic material testing, and school laboratories, among other industries.

Ice and Heat Integrated Machine, Ice and Heat Integrated Temperature Control Machine Features: Equipped with imported brand refrigeration compressors, known for their durability, low energy consumption, low noise, fast cooling speed, and use of environmentally friendly non-toxic refrigerants. The product boasts an aesthetically pleasing design, an isolated electrical control box to extend the life of electrical components, explosion-proof piping, built-in safety protection, and excellent thermal insulation. It features a microcomputer temperature controller with digital display (Siemens PLC) for precise temperature control, easy operation, improved heating and cooling speed, and enhanced temperature distribution accuracy, making it an ideal device for generating high and low temperature working conditions. Automatic calculation, multi-point temperature control units, explosion-proof and corrosion-resistant models available for customization.