Water-cooled precision chiller

Product Description Our high-performance rubber industry water chiller system delivers precision temperature control for thermal-intensive environments.Designed to stabilize raw compound quality, this water-cooled scroll chiller system minimizes degradation during heavy processing and ensures seamless continuous operations.   Product Advantages Precision Temperature Control: High-accuracy microcomputer systems stabilize fluid temperatures, preventing thermal degradation during heavy rubber mixing and extrusion cycles.Heavy-Duty Continuous Operation: Fitted with industrial-grade scroll compressors designed for 24/7 uninterrupted performance in demanding rubber manufacturing facilities.High Energy Efficiency: Optimized heat exchangers boost thermal transfer efficiency while lowering power consumption and overall plant operating costs.

Product Description This industrial water-cooled chiller is engineered for injection molding machines and blow molding equipment in the plastics industry. By supplying circulating cooling water, it maintains stable mold temperatures, shortens cycle times, and minimizes defect rates. It is an essential industrial refrigeration product for continuous plastic processing line output.   Product Advantages Built with heavy-duty components and optimized fluid flow systems, this industrial water-cooled chiller handles demanding plastic manufacturing environments. The microcomputer control unit maintains water temperatures within a tight tolerance, preventing thermal fluctuation in injection molds and blow molding tools during 24/7 continuous operation. Integrated standard safety protection features reduce equipment downtime and maintenance overhead. Compared to air-cooled models, the water-cooled mechanism remains unaffected by high ambient temperatures in workshops, delivering higher heat exchange efficiency with lower noise levels. This reliable performance protects connected plastic forming machinery and provides long-term stability as a dedicated mold cooling equipment.

Product Description This water-cooled industrial chiller is purpose-built for printing production lines, covering processes such as UV flatbed, DTF heat transfer, offset, flexographic, and gravure printing. It effectively resolves common production issues—such as roller overheating, insufficient UV curing, color registration errors, and uneven ink rendering—while ensuring stable, continuous operation to minimize waste. CE-certified and customizable in terms of dimensions and cooling capacity, the unit is suitable for deployment in diverse printing facilities worldwide. Design Features Distinguished from traditional water-cooled chillers, this unit features a vertical modular sheet-metal cabinet design with double-opening doors, a transparent observation window, and a lightweight, vibration-dampening base. Contrasting color accents delineate functional zones, giving the equipment a distinctive, recognizable appearance.   Product advantages 1. Temperature control precision of ±0.5°C ensures constant ink viscosity and highly consistent color across batch printing; 2. Water-cooled circulation system offers superior heat dissipation, maintaining cooling performance during prolonged, high-load production; 3. Dust- and ink-resistant design ensures stable long-term operation even in dusty printing workshops; 4. Scroll-type compressor offers low energy consumption and quiet operation; 5. Integrated multi-layer automatic protection (against low water levels, overload, and high temperatures) simplifies the structure and makes routine maintenance quick and effortless.

Direct factory supply of chillers tailored for full-process cooling in plastic and rubber applications, covering two mainstream types: air-cooled scroll and water-cooled screw. Designed to meet the cooling demands of entire production lines including injection molding, extrusion, blow molding, and rubber vulcanization. The units deliver precise temperature control for injection mold temperature stabilization, extruder barrel cooling, film-blowing setting, and rubber vulcanization cooling, effectively reducing shrinkage, deformation, and color difference defects while significantly improving yield rates. Equipped with multiple overload protection features, the chillers support stable 24/7 mass production, offer high heat dissipation efficiency, low noise operation, and support non-standard temperature control customization. Suitable for complete equipment integration in small, medium, and large rubber & plastics processing plants, and ideally aligned with the procurement needs for capacity relocation to Southeast Asian overseas facilities.

The water-coled low-temperature chiller unit can accurately control temperature, save energy and safety, and is suitable for low-temperature process requirements such as chemical and pharmaceutical, new energy, and material processing. The application fields are very wide: chemical and pharmaceutical low-temperature crystallization, fermentation tank temperature control, vaccine production, traditional Chinese medicine concentration, new energy, lithium battery cooling, fuel cell cooling, battery low-temperature testing, material processing: metal cryogenic treatment, carbon fiber cooling optical glass foming, scientific research: university laboratories, military environment simulation, computing center cooling.

The water-coled vortexchiler is a refrigeration equipment suitable for various occasions, with a cooling capacity ranging from 124.9 kW to 3584kW. It has the characteristics of high efficiency,low noise,and stable operation. The unit has a compact structure and simple pipeline design,supporting extemal water pipe installation and easy maintenance. The built-in microcomputer control system can achieve load adaptive adjustment and provide multiple safety protection mechanisms such as high and low voltage protection frozen water anti freezing and icing protection,and power phase sequence protection. The core refrigeration components are selected from well-known domestic and foreign brands to ensure the reliability of the unit operation.