Custom-engineered cooling towers and heat-rejection systems for industrial plants, data centres, HVAC projects and process cooling -- delivered worldwide from our 36,000 m² facility in China.
Eight major product categories covering every industrial heat-rejection application -- each engineered for reliable, long-term operation.
Air and water flow in opposite directions for maximum thermal efficiency and compact footprint.
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Horizontal airflow design for easy maintenance access and large-capacity installations.
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Combines wet and dry operation modes to optimise water consumption and energy efficiency across all seasons.
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Combines condenser and cooling tower into one unit for refrigeration and industrial process applications.
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Air-cooled heat rejection with zero water consumption -- suitable for cold climates and water-restricted sites.
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Pre-cools inlet air via evaporative pads to boost dry-cooler performance in high ambient temperatures.
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Industrial water and air-cooled chillers delivering precise temperature control for process and comfort cooling.
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Matched components including fill media, drift eliminators, fan motors, water distribution systems and control panels.
Request SpecsWe act as your engineering partner -- from initial thermal analysis through to commissioning, training and long-term after-sales support.
Submit your operating conditions -- we calculate the optimal equipment size, type and configuration.
Complete system design including structural, hydraulic and electrical drawings for your installation.
Factory production with stage-by-stage inspection, pressure testing and performance verification.
On-site guidance, commissioning support, operator training and long-term spare-parts supply.
Our 36,000 m² factory integrates the complete manufacturing chain -- from raw material processing to finished unit testing -- with 5 senior engineers and 60+ skilled workers ensuring precision at every stage.
Precision CNC cutting, bending and robotic welding for structural frames and casings.
Full-immersion galvanising for long-term corrosion protection in harsh environments.
High-efficiency PVC fill media with precision assembly for optimal water distribution.
Stainless steel, copper and galvanised coils with 100% hydraulic pressure testing.
Thermal performance verification, noise measurement and final inspection before shipment.
Our products are tested and certified to the highest international standards.
We engineer cooling systems matched to the specific thermal loads, fluid types and environmental conditions of each industry.
Continuous 24/7 heat rejection with PUE optimisation, water efficiency and N+1 redundancy.
Closed-circuit cooling towers and adiabatic coolers with intelligent controls for year-round efficiency.
Reliable condenser cooling for commercial and industrial HVAC systems across varying climates.
Counter-flow and cross-flow towers with low-noise fans and corrosion-resistant materials.
Process cooling with strict temperature control, corrosion resistance and contamination prevention.
Closed-loop systems with stainless steel coils and chemical-resistant PVC fill media.
High-capacity heat rejection for ORC systems, generators and power plant condensers.
Large-scale evaporative condensers and hybrid towers engineered for continuous heavy-duty operation.
Cooling high-temperature process fluids with scale and corrosion resistance under demanding conditions.
Cross-flow towers with galvanised steel structures and copper coil options for high-temperature inlets.
Accurate thermal selection, on-time delivery and full technical documentation for project commissioning.
Complete engineering support from thermal calculation to installation guidance and operator training.
Representative completed projects demonstrating our engineering and delivery capability across multiple industries and regions.
Dual adiabatic cooler system for a 1 MW data centre in a 45°C ambient environment. Achieved target outlet temperature with 40% lower water consumption versus evaporative cooling.
Stainless steel coil closed-circuit tower for a chemical process cooling loop. Fully isolated circuit prevents contamination; continuous operation for 3+ years without major maintenance.
Four-unit dry cooler array for an organic Rankine cycle power plant. Zero water consumption design meets local environmental regulations with full redundancy.
Our engineers will review your thermal requirements and provide accurate equipment selection, sizing and a detailed technical proposal -- at no obligation.
Provide your operating parameters for accurate equipment selection.
