Major upgrade from the traditional SP Series HEX Indirect Heating System to the advanced Inline Heater System—delivering unmatched efficiency, sustainability, and cost savings!

Key Disadvantages & issue of HEX:

• Old Technology, Inefficient Design – Based on 1990s-era engineering, these systems waste energy through complex heat transfer processes instead of direct, efficient heating.
• Multi-Step Heat Loss – The process requires:
  Heater → City Water (Heat Medium) → Chemical
  Each transfer step leads to significant energy loss, reducing overall efficiency.
• High Energy Waste – Due to poor thermal transfer, much of the energy is lost instead of being used effectively—resulting in higher electricity consumption compared to inline systems.
• Risk of Chemical Contamination – If leaks occur, chemicals can mix with city water drainage, posing environmental and compliance risks.
• More Maintenance & Parts – Additional components (HEX coils, Lauda heater, tank reservoirs , etc.) mean more wear and tear, higher maintenance costs, and more waste. More human resources & time for routine maintenance

Key Advantages of the Inline Heater Upgrade:

✅ Massive Energy Savings – 60-80% reduction in electricity consumption, saving 66kW per day!
✅ Significant Water Conservation – 600 liters of water saved daily—better for the planet and your utility bills!
✅ Eco-Friendly & Safe – No risk of chemical leaks into city water drainage, ensuring compliance and environmental safety.
✅ Lower Maintenance & Reduced Waste – Fewer parts mean less maintenance, fewer replacements, and minimal wastage—maximizing uptime and efficiency.

✅ Better process quality – better etch uniformity with better temperature control

This upgrade isn’t just about performance—it’s about sustainability, reliability, and long-term cost efficiency.