Product Description
We are one of the leading suppliers and traders of Thermic Fluid & Waste Oil Analysis to our highly reputed clients. High grade material and equipment are used by our personnel for accurate analysis. We have gained huge appreciation from our clients leading to highly increasing demands among that of our competitors. Various quality checks are conducted to ensure optimum quality and performance. Thermic Fluid & Waste Oil Analysis services are offered by us at highly feasible prices in the market.
We do the Following tests in Thermic Fluid & Waste Oil
- Specific Gravity
- Boiling Point
- Moisture content
- Flash Point
- Sediment
- Kinematic Viscosity at 40 & 100 0C
- Viscosity Index.
- Copper Strip Corrosion
- Neutralization Number (mg KOH /gm)
- Specific Heat
- Sulphur, Lead, Cadmium, Chromium, Nickel, Arsenic by ICP
- Dissipation Factor at 90 0C
- Resistivity at 90 0C
- Electric Breakdown Voltage
- Interfacial Tension
- Sludge
- PCBs by GCMS
- Dissolved Gas Analysis
Our service covers essential parameters such as viscosity, flash point, TAN, water content, insolubles, and contaminants. Each aspect is crucial for understanding the overall quality and continued usability of thermic fluid waste oil, helping you prevent equipment damage and maximize operational efficiency.
Standardized Analysis MethodologyAll evaluations utilize recognized ASTM and ISO standard laboratory procedures, guaranteeing precise and reliable results. Our laboratories are equipped to handle samples in the prescribed packaging, ensuring accurate assessment under standard and actual operating temperatures.
Quick and Flexible ReportingClients receive detailed analytical reports in their preferred formatdigital soft copy or printed hard copywithin a quick turnaround of 2 to 5 working days. Our clear presentation aids in prompt decision-making for maintenance teams and operation managers.
FAQs of Thermic Fluid Waste Oil Analysis:
Q: How is thermic fluid waste oil analysis conducted?
A: Samples of used thermic fluid oil are collected (typically 500ml) and tested in a laboratory using ASTM/ISO standard procedures. Key parameters such as viscosity, flash point, TAN, water content, insolubles, and contaminants are measured to evaluate the oils quality.
Q: What parameters are tested during waste oil analysis, and why are they important?
A: The primary test parameters include viscosity, flash point, total acid number (TAN), water content, insolubles, and contaminants. These factors help determine if the waste oil is suitable for continued use or requires replacement, contributing to safer and more efficient industrial operations.
Q: When should I schedule thermic fluid waste oil analysis?
A: Periodic sampling and testing are recommended according to the manufacturers guidelines or whenever operational issues arise in boilers, heaters, or furnaces. It is also advisable after extended periods of oil use or before significant maintenance interventions.
Q: Where should I send my thermic fluid waste oil samples for analysis?
A: Samples should be sent to a specialized analytical laboratory capable of performing ASTM/ISO standard thermic fluid waste oil tests. Ensure the oil is collected in a secure sample bottle and that the required sample volume (usually 500ml) is met.
Q: What is the process for submitting a sample for analysis?
A: Collect approximately 500ml of waste thermic fluid oil into a clean, prescribed sample container. Label it appropriately and submit it to the laboratory. The analysis will be performed, and results will be sent in your preferred format within 25 working days.
Q: How does this analysis benefit industrial operations?
A: Regular thermic fluid waste oil analysis helps preempt equipment failures, optimize maintenance schedules, and increase the operational lifespan of industrial boilers, heaters, and furnaces. It ensures that the oil meets performance and safety standards, reducing costly unplanned downtimes.
Send Email 
Send Inquiry
