Dual-Temperature Integrated Mold Temperature Controller

The 300°C high-temperature precision mold temperature controller is a device specifically used for mold temperature control. It can provide precise temperature control up to 300°C, meeting the needs of various high-temperature mold processing technologies. This mold temperature controller adopts advanced heating and cooling technologies to ensure the stability and uniformity of mold temperature, thereby improving product quality and production efficiency.

Industrial hopper dryers provide professional plastic material drying solutions with efficient heating systems and fans for uniform moisture removal, ensuring raw materials meet production standards; their safety-focused design includes reliable over-temperature protection to prevent operational risks, while compact structures with stable bases enable secure placement, manageable package sizes and weights simplify transport and installation, making them ideal for drying plastic pellets and granules in injection molding, extrusion, and other plastic processing scenarios, with industrial-grade performance on standard power to support stable production and high-quality end products.​

Plastic mixer is a device used in the plastic processing industry. It can evenly mix different kinds of plastic raw materials and additives. It is usually composed of mixing barrel, mixing paddle, transmission device and control system. It is easy to operate, can improve production efficiency, ensure the uniform composition of plastic products and improve product quality.

Water cooling machines are widely used in industrial processes, data centers, commercial buildings, and other applications where reliable cooling of water is essential. They offer several advantages over other cooling methods, including higher efficiency, lower maintenance requirements, and the ability to operate in a wide range of environments.

The 300°C high-temperature precision mold temperature controller is a device specifically used for mold temperature control. It can provide precise temperature control up to 300°C, meeting the needs of various high-temperature mold processing technologies. This mold temperature controller adopts advanced heating and cooling technologies to ensure the stability and uniformity of mold temperature, thereby improving product quality and production efficiency.

Compact water-cooled chiller with ingenious design, saving space effectively. Enhances heat dissipation and ease of maintenance, perfect for industrial and commercial settings.​​

An industrial water-cooled chiller efficiently regulates industrial water temperature in manufacturing, using vapor-compression or absorption cycles with water as the cooling medium to dissipate heat from equipment.​ Key components: compressor, condenser, evaporator, expansion valve. Industrial water passes through the evaporator, transferring heat to refrigerant, which vaporizes. The compressor pressurizes the refrigerant, which releases heat in the condenser via secondary water, then condenses. The expansion valve sends it back to the evaporator.​ Widely used in chemicals, food, pharmaceuticals, etc., it offers high cooling capacity, stable performance in high temperatures, energy efficiency, and compact design. It ensures equipment reliability, improves quality, and cuts costs.

  The 5-HP air-cooled chiller -15℃ is a high-performance ultra-low temperature refrigeration equipment with 12500W cooling capacity. It stably outputs -15℃, suitable for medium/large low-temperature scenarios like frozen food processing, biomedical storage and industrial low-temperature assembly. Equipped with an enhanced air-cooled system, it maintains efficient heat dissipation under low-temperature conditions, no external water-cooling needed, and offers flexible installation for various sites. It has multiple safety protections (low-temperature overload, compressor overpressure) to avoid damage in extreme conditions. The built-in high-efficiency detachable filter intercepts impurities, preventing pipeline blockage and component freezing to extend service life. The intelligent temperature control system keeps fluctuation within ±0.5℃, balancing low-temperature accuracy and energy economy, making it an efficient and reliable refrigeration choice for low-temperature fields.