Water Cooled Chiller

Air-cooled chiller are widely used in various industrial productions such as plastics, electronics manufacturing, electroplating,chemical engineering, ultrasonic cooling, and printing. They are employed in the cooling of molds for plastic processing machinery, significantly improving the surface smoothness of plastic products, reducing surface flaws and internal stress, preventing shrinkage and deformation, facilitating mold release, accelerating product shaping,and thus greatly enhancing the production efficiency and product quality of plastic molding machines.

Chillers are widely used in various industrial productions such as plastics, electronics manufacturing,electroplating, chemical engineering, ultrasonic cooling, and printing. They are employed in the cooling of molds for plastic processing machinery, significantly improving the surface smoothness of plastic products, reducing surface flaws and internal stress, preventing shrinkage and deformation, facilitating mold release, accelerating product shaping, and thus greatly enhancing the production efficiency and product quality of plastic molding machines.

Chillers are widely used in various industrial productions such as plastics, electronics manufacturing,electroplating, chemical engineering, ultrasonic cooling, and printing. They are employed in the cooling of molds for plastic processing machinery, significantly improving the surface smoothness of plastic products, reducing surface flaws and internal stress, preventing shrinkage and deformation, facilitating mold release, accelerating product shaping, and thus greatly enhancing the production efficiency and product quality of plastic molding machines.

Air-cooled chiller are widely used in various industrial productions such as plastics, electronics manufacturing, electroplating,chemical engineering, ultrasonic cooling, and printing. They are employed in the cooling of molds for plastic processing machinery, significantly improving the surface smoothness of plastic products, reducing surface flaws and internal stress, preventing shrinkage and deformation, facilitating mold release, accelerating product shaping,and thus greatly enhancing the production efficiency and product quality of plastic molding machines.

A Water Mold Temperature Controller (also known as a water-based mold temperature regulator or mold temperature control unit, MTCU) is a critical precision heating/cooling device widely used in injection molding, blow molding, extrusion, die casting, and other plastic/rubber processing industries. Its core function is to accurately control the temperature of molds or dies by circulating heated or cooled water, ensuring consistent material melting, filling, curing, and demolding processes—directly impacting product quality, production efficiency, and mold lifespan.

A Water 2-Temperature Mold Temperature Controller (also known as a dual-temperature water mold temperature controller) is an upgraded and advanced thermal control device based on the standard water mold temperature controller. It integrates two independent water - based temperature control circuits in one unit, which can simultaneously or switchably provide two different and stable temperature outputs. It is widely used in industrial production scenarios that require multi - section temperature control of molds, and is favored for its high precision and strong adaptability. 

An Oil Mold Temperature Controller (also referred to as an oil-based mold temperature control unit, OTCU) is a specialized thermal management device engineered to precisely regulate mold or die temperatures using thermal oil as the primary heat transfer medium. Distinguished from water-based counterparts, it capitalizes on thermal oil’s inherent advantages—high boiling point, stable thermal properties, and low vapor pressure—to excel in high-temperature industrial processes where water-based systems (constrained by water’s boiling point) fall short. As a cornerstone of precision manufacturing, it is widely adopted in plastic processing, die casting, rubber vulcanization, and composite material curing, directly influencing product quality, process stability, and production efficiency in high-temperature scenarios.

An Oil 2-Temperature Mold Temperature Controller (also known as a dual-temperature oil-based mold temperature control unit, dual-zone OTCU) is an advanced thermal management solution engineered to deliver two independent, precise temperature outputs simultaneously or switchably using thermal oil as the heat transfer medium. Building on the advantages of single-temperature oil mold temperature controllers—such as high-temperature adaptability and stable thermal performance—it integrates two isolated closed-loop control systems in one unit. This design addresses the demand for differentiated temperature regulation in complex molds or multi-stage processes, making it a core equipment in high-precision, high-temperature manufacturing scenarios.