Excessive heat
Machine-generated heat, summer temperatures and occupied work zones can make large spaces difficult to work in.
Reduce facility heatRTFANS | Engineered cooling & airflow
Reduce Heat. Improve Airflow. Lower Cooling Costs.
RTFANS combines HVLS fans, evaporative cooling and engineered airflow design to help large facilities plan a more comfortable, better-ventilated working environment.
Start with the facility
The best cooling path starts with the problem you need to solve, not a product name.
Machine-generated heat, summer temperatures and occupied work zones can make large spaces difficult to work in.
Reduce facility heatStagnant air, dead zones and obstructions can leave the same floor with very different conditions.
Improve airflowReview airflow and cooling choices together before committing to a system that is costly to operate.
Review cooling pathsHot spots around loading areas, production lines or remote zones often need a considered layout.
Plan the layoutThree cooling strategies
Move more air through large spaces.
High-volume, low-speed airflow for warehouses, factories, gyms and other large facilities.
Explore HVLS fansCool suitable spaces with fresh outside air.
Cooling for hot, ventilated environments where humidity, water and operating conditions allow.
Explore air coolersCool the air. Then move it everywhere.
Combine evaporative cooling with HVLS airflow to distribute cooled fresh air more evenly across a large facility.
Explore integrated coolingApplication fit
Start with floor area, ceiling height, climate, heat sources, operating hours and the zones that matter most.

Hot aisles, high ceilings and loading areas call for planned airflow.
Warehouse cooling

Assembly, workshop and maintenance environments need clear air movement.
Discuss your facility

Exhibition, retail and event environments benefit from discreet planning.
Discuss your facility
Barns and agricultural warehouses require context-specific ventilation.
Discuss your facilityWhy RTFANS
Every facility is different. Equipment should be selected around the building, climate, heat load and working zones.
Review area, height, heat sources, working zones and obstructions before choosing equipment.
Bring HVLS, air coolers, exhaust and integrated system paths into one project conversation.
Use a direct route for product selection, production coordination, testing context and export packaging.
Share planning, selection, layout, installation and after-sales requirements at the enquiry stage.
Engineering process
Project context
Explore the project context, facility challenge and selected system with the RTFANS team. Verified project results can be added here as source material is approved.

Use facility dimensions and occupied zones to frame the next engineering conversation.

Account for equipment, access routes and the areas where people work.

Discuss comfort goals, visual requirements and operating conditions before selection.
Product categories
Factory & manufacturing
From engineering and production to testing and export packaging, key project stages can be discussed with the RTFANS team.



Proof, with context
Certificates, client logos, testimonials and measured project results are shown only when their source and usage permission are confirmed. Ask the team for the documentation relevant to your project.
Customer perspective
We are preparing this section around approved customer statements and project context. For now, share your facility challenge directly so the recommendation can stay specific to your operation.
Start the conversationFAQ
The right path depends on layout, climate, humidity, heat sources, ventilation and operating goals. HVLS fans move and mix air; evaporative systems add cooling to suitable ventilated environments. RTFANS can review your facility data and explain the practical options.
Fan quantity and placement depend on floor area, ceiling height, obstructions, occupancy, equipment and the airflow pattern you need. A layout review is more reliable than choosing a quantity from floor area alone.
HVLS fans can support air distribution and reduce stagnant zones in some air-conditioned facilities. The system should be reviewed as a whole so fan direction, speed, equipment locations and comfort goals work together.
Evaporative cooling depends on outdoor humidity, ventilation and required indoor conditions. In humid climates it may be less suitable or may need to be combined with another approach. A climate and facility review should come first.
Use the quote request to share your country, facility type, floor area, ceiling height and cooling challenge. The team can then identify the information needed for a practical cooling recommendation.
International project requirements vary by destination, product selection and installation context. Include your location and project stage in the enquiry so shipping and support options can be confirmed for your facility.
Request a project recommendation
Share your country, facility type, floor area, ceiling height and cooling challenge. The next step is a practical conversation about the right system path.