Industry · Electronics

Cooling for electronics & assembly plants.

Electronics floors need a clean, stable ambient — heat and humidity swings hurt yield, and dry, dirty air raises static risk. We hold it steady, copper-free, at about half the cost of a central AHU.

The problem

Why an unstable floor hurts yield.

Sensitive components and assembly processes don't forgive a drifting ambient.

Heat & humidity hurt yield

Solder processes and sensitive components drift out of spec when the ambient swings — rework and fallout climb with the temperature.

Static & airborne dust

Uncontrolled, unfiltered air raises ESD and contamination risk. You need managed, even cooling — not open blower fans.

Big floors, running-cost pressure

A full central AHU is expensive to run over a large plant. You need even coverage without the central-plant bill.

Why copper-free fits

Hold the whole floor steady — without the HP or the bill.

A stable, even ambient for yield

Solder and sensitive components stay in spec when the floor holds one temperature — we keep it even across the plant, not just near the vents.

Managed air, not open fans

Controlled, even cooling instead of open blowers helps keep static and airborne dust down on the assembly floor.

About half the cost of a central AHU

Copper-free covers a big floor for well under a full central-plant running cost — on one 40,000 sq ft plant, at about half.

Scales across a big plant

Because each unit does more with less HP, large floors need fewer units — even coverage without the plant bill.

Proof on the floor

Floors we've already cooled.

Real Malaysian installs — clients kept anonymous, the results are real.

Cooling a 40,000 sq ft electronics plant
Electronics · Batu Kawan, Penang

Cooling a 40,000 sq ft electronics plant — at about half the cost of a central AHU

Common questions

Electronics cooling, answered.

Can copper-free cooling hold a stable ambient for electronics assembly?
Yes — a stable, even ambient across the floor is exactly what it's built for. We assess the heat load and your target, then size the system to hold it corner to corner, not just near the vents.
How does it compare to a central AHU on cost?
Copper-free needs about half the horsepower and no copper field piping, so it typically runs at well under the cost of a central AHU — on one 40,000 sq ft electronics plant, at about half. We'll work out the comparison for your floor.
How many units for a large plant?
It scales with floor area and heat load. Because each copper-free unit does more with less HP, large plants need fewer units than you'd expect — the calculator estimates it and the assessment confirms.

← Part of our copper-free Industrial Air Conditioning

Tell us your floor. We\'ll hold it steady.

Book a free site assessment — we measure your space, heat load, temperature and humidity, and size the exact system you need.

Got a cooling problem no one has solved? Tell us — the rest is our problem.
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