Dual-Temperature Integrated Mold Temperature Controller

Quick Specs: ZL-MT-HT high-temperature precision mold temperature controller with 300C max temperature, CE certified. Best for high-temperature precision molding and specialty plastic processing. 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.

The large plastic crusher PC1000 is a professional equipment designed specifically for efficiently handling large plastic materials. It has powerful crushing capabilities and can quickly break various large plastic products into uniform small pieces, providing a crucial preliminary treatment step for plastic recycling and reuse. This equipment adopts advanced technology and a sturdy structure to ensure stable operation during long periods of high-intensity work.

Overview The ZL-175T is a 175-ton (615.5 kW) industrial FRP counter flow cooling tower purpose-built for plant manager operations applications. ZILLION engineered this 175-ton counter flow cooling tower with CE ISO 9001:2015 certification and quality construction for long service life in demanding industrial environments. Key Specifications Cooling capacity: 615.5 kW (175 refrigeration ton) Water flow rate: 136.8 m3/h design flow Heat rejection: 5 deg C approach to wet-bulb at 27 deg C design Fan airflow: 1150 CMM at 1750 mm fan diameter Motor power: 4 kW at 380V 3-phase 50 Hz Head loss: 30 kPa at design flow Dry weight: 586 kg, operating weight: 1960 kg Overall dimensions: H2850 x Dia3300 mm Design Features FRP counter-flow shell for corrosion resistance and 20-year service life Aluminum alloy fan blade for industrial duty IP55 Class F insulation for harsh industrial environments Counter flow design for maximum heat transfer efficiency and 3 deg C approach Low-drift eliminator reduces water loss to 0.01 percent of circulation Applications HVAC mega-capacity industrial 586 kg dry weight enables ground-level and structural foundation installation. Operating weight 1960 kg supports 24/7 continuous duty cycle for HVAC mega-capacity industrial operations. 4 kW motor and 1150 CMM airflow deliver reliable heat rejection for process cooling and HVAC chiller condenser loops at district-cooling scale. Quiet 72 dB(A) operation with acoustic enclosure upgrade option. Contact ZILLION Today Get a quote for the ZL-175T cooling tower from ZILLION factory direct. Contact our engineering team for factory pricing, thermal performance curves, technical specifications, and bulk discount tiers for your project requirements.

Overview The ZL-100T is a 100-ton (351.7 kW) industrial FRP counter flow cooling tower purpose-built for plant manager operations applications. ZILLION engineered this 100-ton counter flow cooling tower with CE ISO 9001:2015 certification and quality construction for long service life in demanding industrial environments. Key Specifications Cooling capacity: 351.7 kW (100 refrigeration ton) Water flow rate: 78.1 m3/h design flow Heat rejection: 5 deg C approach to wet-bulb at 27 deg C design Fan airflow: 700 CMM at 1450 mm fan diameter Motor power: 2.2 kW at 380V 3-phase 50 Hz Head loss: 21 kPa at design flow Dry weight: 500 kg, operating weight: 1690 kg Overall dimensions: H2570 x Dia2900 mm Design Features FRP counter-flow shell for corrosion resistance and 20-year service life Aluminum alloy fan blade for industrial duty IP55 Class F insulation for harsh industrial environments Counter flow design for maximum heat transfer efficiency and 3 deg C approach Low-drift eliminator reduces water loss to 0.01 percent of circulation Applications extra-large industrial 500 kg dry weight enables ground-level and structural rooftop installation. Operating weight 1690 kg supports 24/7 continuous duty cycle for extra-large industrial operations. 2.2 kW motor and 700 CMM airflow deliver reliable heat rejection for plastic injection molding and HVAC chiller condenser loops. Quiet 68 dB(A) operation suitable for indoor equipment rooms adjacent to manufacturing floor. Contact ZILLION Today Get a quote for the ZL-100T cooling tower from ZILLION factory direct. Contact our engineering team for factory pricing, thermal performance curves, technical specifications, and bulk discount tiers for your project requirements.

Overview The ZL-15T is a 15-ton (52.75 kW) industrial FRP counter flow cooling tower purpose-built for engineering specifications applications. ZILLION engineered this 15-ton counter flow cooling tower with CE ISO 9001:2015 certification and quality construction for long service life in demanding industrial environments. Key Specifications Cooling capacity: 52.75 kW (15 refrigeration ton) Water flow rate: 11.7 m3/h design flow Heat rejection: 5 deg C approach to wet-bulb at 27 deg C design Fan airflow: 140 CMM at 635 mm fan diameter Motor power: 0.37 kW at 380V 3-phase 50 Hz Head loss: 13 kPa at design flow Dry weight: 54 kg, operating weight: 290 kg Overall dimensions: H1760 x Dia1180 mm Design Features FRP counter-flow shell for corrosion resistance and 20-year service life Aluminum alloy fan blade for industrial duty IP55 Class F insulation for harsh industrial environments Counter flow design for maximum heat transfer efficiency and 3 deg C approach Low-drift eliminator reduces water loss to 0.01 percent of circulation Applications 5 deg C wet-bulb approach at 27 deg C design condition for engineering specifications. 52.75 kW heat rejection at 15 ton (TR) capacity with 13 kPa head loss at 11.70 m3/h design flow. Fan curve 140 CMM at 635 mm blade diameter with 0.37 kW motor at 380V 3-phase 50 Hz. CTI STD-201 thermal performance certification available with Reynolds number analysis and selection methodology included with quotation package. Contact ZILLION Today Get a quote for the ZL-15T cooling tower from ZILLION factory direct. Contact our engineering team for factory pricing, thermal performance curves, technical specifications, and bulk discount tiers for your project requirements.

The ZL-PC400 Plastic Drum Crusher is purpose-built for chemical, pharmaceutical, food processing, and agricultural operations generating empty 200L drums, IBC totes, and large rigid containers. Its 410x250mm oversized feed opening accommodates drums cut in half vertically without further pre-shredding, while 12 SKD-11 blades crush HDPE drums in 2-3 minutes at 400-500 kg/h sustained throughput. Ideal Drum Crushing Applications Chemical processing plants (50-500 empty drums/month) Paint and coating manufacturers (100-1,000 drums/month) Pharmaceutical manufacturers (clean, documented crushing) Food and beverage processors (food-grade HDPE drums) Agricultural operations (pesticide, fertilizer drums) Industrial cleaning services (central processing facility)

Quick Specs: ZL-MT-HT high-temperature precision mold temperature controller with 300C max temperature, CE certified. Best for high-temperature precision molding and specialty plastic processing. 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.

Quick Specs: ZL-AC3 eco-friendly air cooled chiller with 3HP (8.9kW) motor, scroll compressor, CE certified. Best for chilling equipment, small-scale plastic processing, and eco-conscious cooling. Compared with water-cooled water chillers, air-cooled water chillers do not consume a large amount of water resources and are more environmentally friendly. At the same time, its high-efficiency compressor and optimized system design can reduce energy consumption and improve energy utilization efficiency.