Process cooling for metal finishing and surface treatment operations is essential to maintaining bath stability, coating quality and production consistency. Temperature drift in anodising, electroplating and chemical treatment tanks can affect surface adhesion, corrosion resistance and finish integrity.
Evolution Cooling provides industrial chiller supply, system optimisation and structured preventative maintenance for metal finishing facilities across the UK.
Metal finishing operations rely on controlled temperature across:
For facilities operating continuous production lines, cooling reliability is directly linked to product quality and customer compliance.
Temperature instability can cause:
For facilities operating multiple fermentation vessels, cooling reliability is directly linked to product quality and revenue stability.
Surface treatment facilities often operate with:
• Ageing chillers running continuously
• Undersized systems following production expansion
• Poor flow balance across multiple treatment tanks
• High ambient load in summer months
Without structured monitoring and preventative maintenance, cooling systems can become unstable under load.
Without structured oversight, cooling instability becomes a recurring operational risk.
We provide:
We provide structured preventative maintenance programmes aligned to production risk, defined emergency breakdown response for critical failures and engineered industrial chiller supply for system upgrades and expansion.
Learn more about our:
– Industrial chiller service and maintenance
Our approach supports stable bath temperature control, consistent surface finish quality and long-term equipment reliability.
Each system is assessed against process load, chemical sensitivity and expansion planning.
Metal finishing environments demand stable, controlled cooling systems capable of operating continuously under chemical exposure and high load.
We provide:
Our focus is long-term cooling reliability – protecting bath stability, surface finish consistency and continuous production performance.
Speak directly with our engineering team about industrial chiller upgrades, optimisation or structured preventative maintenance support.
Metal finishing facilities often experience increased cooling demand during warmer months or when multiple treatment stages operate simultaneously. Chiller capacity and condenser performance must be assessed against ambient conditions and projected production load to prevent temperature instability during peak demand.
Precise temperature stability is required to maintain chemical balance, coating thickness consistency and surface quality. Even minor temperature drift can affect adhesion and finish integrity.
Anodising bath temperature directly influences oxide layer formation and colour consistency. Unstable cooling can result in uneven coating thickness and increased rework.
Signs include rising bath temperatures during peak production, compressors running continuously, frequent high pressure alarms and reduced coating consistency.
Continuous production environments typically require at least bi-annual servicing, with additional inspections during peak seasonal load.
Yes. Poor temperature control can alter reaction rates, increase chemical consumption and reduce bath life, leading to higher operating costs.
Yes. We assess flow balance, load distribution and system capacity across multi-stage treatment lines to ensure consistent temperature control.
Yes. We specify and install industrial chillers aligned to process load, chemical sensitivity and future expansion plans.
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