TF System Cleaning, Decarbonization – THERMCLEAN Series
Description:
On-Line / Off-Line Cleaning and Decarbonizing Chemical – THERMCLEAN series.
“Do Not Flush – Clean, decarbonize the System Completely!”
Over a period of time, carbon accumulates within thermic fluid system. The metal affinity of Polymeric carbon must be disrupted to achieve effective decarbonization.
Decarbonize thermic fluid system by two methods: Online and Offline. The choice of method depends on the nature of the carbon deposits, the oil report, and specific system issues.
THERMCLEAN series is a specially formulated decarbonizing chemical designed for thermic fluid systems. This advanced chemical blend efficiently removes carbon deposits, scales, and waxy residues, enhancing system performance and ensuring a “Safe-n-Healthy”™ operation.
It is also effective as a preventive maintenance tool.
Key Features
- Excellent Penetrant: Effectively penetrates resinous deposits and hard carbon scales.
- Decarbonization: Restores heat transfer efficiency, Improves overall system operation.
Benefits
- Oil based chemical: Being oil based chemical, creates no problem like water residue
- Quick Action: Rapidly removes tough deposits.
- User-Friendly: Easy to use, with no shutdown required.
- Cost-Effective: Saves time and labor costs, making decarbonization efficient.
THERMCLEAN series provides user-friendly, oil-based decarbonizing solutions. Before replacing thermic fluid—whether switching to the same or a different brand—use THERMCLEAN to remove hard scales, sludge, and waxy materials, preventing contamination of the new oil.
“Not Just Flushing - Complete Decarbonizing”
THERMCLEAN ensures complete cleaning, optimising system performance. It can also be used online / Off-line depending upon nature of scales and latest oil report.
Packaging: Available in 50 liters carboys.
Contact Us: Achieve optimal performance and longevity for your thermic fluid system with THERMCLEAN OL and THERMCLEAN-XL.
Reach out to Eximious - Dr Thermic fluid to learn more!
Case Studies
Decarbonizing, removing carbon by complete cleaning from Thermic fluid system
A leading textile manufacturer noticed a drop in performance as the temperature across their stenter radiator decreased, heat transfer efficiency declined, and moisture removal was inadequate.
Decarbonizing at Elevated Temperatures in a Fiber Manufacturing Plant
A fibre manufacturing company faced a critical challenge: when heating stopped, the thermic fluid quickly became viscous, resembling curd. There was no alternative but to replace the oil. With stringent production schedule, minimizing downtime was essential.
