How It Works!

How SIMIX Cleaner and Coating Products Reduce kW Consumption

SIMIX reduces cooling-system energy consumption (kWh) by improving airflow, heat transfer, and thermal conductivity inside HVAC equipment. The system works in two stages — cleaning, then coating — and each contributes to measurable energy savings.

1. SIMIX Cleaner Restores Optimal Airflow

Over time, HVAC coils accumulate dirt, grease, biofilm, corrosion, and mineral deposits. Even thin layers significantly restrict airflow and insulate the coil surface.

What SIMIX Cleaner Does

SIMIX industrial alkaline cleaner:

✅ Removes organic and inorganic buildup

✅ Clears fins and openings so air passes freely

✅ Eliminates biofilm that standard cleaners produce

✅ Restores coil surface exposure for efficient heat transfer

Energy Impact

A clean coil reduces:

✅ Fan energy draw

✅ Compressor energy (because coils can absorb/reject more heat efficiently)

✅ Cooling cycle duration (system reaches target temperatures faster)

Cleaning alone often restores 8–12% efficiency.

2. SIMIX Coating Enhances Heat Transfer
3. All organic coatings insulate coils — blocking heat transfer.

SIMIX is the opposite: a conductive nano-ceramic clear coat.

What SIMIX Coating Does

✅ Creates a high-conductive ceramic layer on coil surfaces

✅ Improves thermal transfer between metal fins/tubes and air

✅ Allows coils to shed heat or absorb heat more rapidly

✅ Lessens future fouling, keeping airflow high long-term

✅ Reduces surface tension, allowing more air to flow through each coil.

Thermal Benefits

✅ Colder air leaving the coil

✅ Lowers refrigerant return temperature to the compressor

✅ Reduced compressor runtime

✅ Faster system stabilization

✅ Lower sensible cooling load

Coating-driven improvements add another 8–12% efficiency.

3. Combined Impact: 12–24% kWh Reduction

When SIMIX Cleaner and SIMIX Conductive Ceramic Coating are applied as a system, the HVAC unit:

✅ Moves more air with less resistance

✅ Exchanges heat faster

✅ Runtime cycles are shorter

✅ Uses less compressor energy

✅ Maintains performance far longer without re-fouling

This results in a 12–24% reduction in cooling kWh consumption, verified across real-world installations.

4. Why This Matters for Energy Savings

Cooling systems (AC, chillers, CRAC/CRAH, DX systems) consume a significant portion of total energy:

• 30–40% of building energy
• Up to 40–60% in data centers

SIMIX directly reduces the energy consumed by:

✅ Compressors

✅ Fans/blowers

✅ Chiller circuits

✅ Condenser and evaporator operations

SIMIX reduces kWh consumption by:

1. Restoring airflow with industrial-grade cleaner
2. Improving heat transfer with a conductive ceramic coating
3. Lowering compressor load through improved refrigerant transitions
4. Lessons fouling, keeping performance high for years
5. Shortening cooling cycles, so equipment runs less and saves more

Result: 12–24% cooling energy savings in real-world applications.