info@fstindia.in
Air Cooling I Circulation I Ventilation I Temperature control I Air Quality
COOLING & VENTILATION ENGINEERING
Is your Factory Still Feels Hot Despite Fans & Coolers?
Most factories keep adding equipment but never solve the actual heat load problem.
Identify and eliminate the root causes of heat on your shop floor — not just the symptoms.
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Why Your Factory Feels Hotter Than Outside ?
Heat inside a factory is not coming from one source.
It builds up from multiple factors .
Heat entering through roofs & walls
Heat generated by machines & processes.
Poor air movement that traps hot air.
If total heat is not managed, temperature will never reduce — no matter how many fans or coolers you install.
“More equipment ≠does not mean Less heat”
Why Cooling Systems Alone Don’t Work ?
Most factories try to solve heat problems by adding
More Coolers & Air Washers
More Fans & Air Circulators
More Exhausts systems
But still struggle with discomfort because :
Fans circulate air but don’t reduce temperature
Coolers inject cool air, but do not remove total heat load
Exhausts that are deployed without design & calculations create an imbalance
Adding more equipment without understanding heat flow often makes the problem worse.
Heat is trapped under high roofs
Uneven Airflow distribution
Excessive Humidity
High energy bills with minimal improvement
Worker fatigue and reduced productivity
Buying more air washers OR coolers OR exhausts& fans rarely solve the root problem.
Identify & eliminate the root causes of heat on your shop floor .
Schedule your FREE heat assessment
+91 9810685715
Our Engineering based Approach to Factory Heat Management
We don’t start with products.
We start with understanding how heat behaves inside your factory — and then design a system to manage it.
Step-1 Thermal & Airflow mapping
We study:
- Roof height and building geometry
- Heat-generating processes
- Machine heat load
- Cross ventilation potential
- Air stagnation zones
- Fresh air intake capacity
- Current system performance
- Occupancy patterns.
This data is required for the next stage in the process .
Step-2 Root Cause Identification.
We determine whether the issue is:
- Air stratification
- Insufficient exhaust
- Poor circulation design
- Inadequate air changes per hour
- Structural heat gain
- System imbalance
Only after diagnosis do we recommend the necessary intervention.
Step-3 Strategy & system design
We design & recommend the necessary solution which may be
- Reduce Heat Entry by insulation or design
- Add necessary Cooling.
- Improve Air movement through Air Circulation & Air Drafting.
- Extract trapped hot air through Natural / Exhaust Ventilaion
Recommended solution is based on your heat load and airflow requiremen
Step-4 Implementation
We procure & implement end to end solutions with primary focus on
- Temperature reduction
- Uniform airflow
- Energy efficiency
- Worker comfort
- Long-term sustainability
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What you can expect
Reduced
Temperature
Better Air Flow Distribution
Improved Worker Comfort
Lower Operational Stress On Machine
Energy-Efficient Operatons
Enhanced Overall Productivity
Who is this for ?
This assessment is ideal for:
Manufacturing plants & Automotive units
Fabrication workshops
Warehouses
High-roof industrial buildings
If your shop floor temperature rises significantly during peak hours, you likely have a system-level issue.
Why Industries choose FIVE STAR ?
Specialized in Industrial Shop Floors
Integrated Light, Air & Energy Expertise
Engineering-Driven, Not Product-Driven
Focused on ROI & Long-Term Performance
We approach cooling and ventilation as part of a larger productivity ecosystem.
Discuss your
"Heat Challenges"
+91 9810685715
Real Installations
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