Heat transfer fluid, Uncategorized

🌍 Maxtop Mineral Heat transfer fluid — The World’s Leading Thermally Stable Mineral Heat Transfer Fluid

Why Thermal Stability is Crucial for Heat Transfer Fluids 🔥

When it comes to heat transfer fluids, thermal stability is the most important property. A system might be highly efficient, but if the fluid degrades quickly due to high temperatures, it can lead to fouling, shutdowns, and costly maintenance. Thermal stability ensures that the fluid can endure long-term heating without breaking down.

In many heat transfer systems in China, nitrogen sealing isn’t commonly used, leaving the heat transfer fluid exposed to air. This exposure results in oxidation, which further stresses the need for a fluid with exceptional thermal stability to perform optimally under these conditions.


Maxtop’s Thermal Stability Testing Method 🧪

To demonstrate the real-world performance of our heat transfer fluid, Maxtop has developed a rigorous simulation test that mimics the heating conditions in industrial systems.

Test Conditions Details
Sample Volume ~100 ml
Oil Temperature 310°C (590°F)
Air Contact Zone 130°C (266°F)
Test Duration 720 hours (30 days continuous)
Features Oil in constant convection with heat and oxygen exposure
This test pushes the fluid to its limits, simulating both thermal and oxidative stresses to replicate conditions that occur in real industrial heating systems.

Comparing Maxtop with Domestic and International Brands 🔍

To benchmark the performance of Maxtop’s heat transfer fluid, we compared it to over 10 well-known domestic and international brands. This included:

  • Domestic Brands: Changcheng (Great Wall), Kunlun, and other popular local oils

  • International Brands: Mobiltherm 605, Total Seriola 1510, Caltex 32# (Hydrogenated oils)

Summary of Test Results:

Brand Category Visible Degradation Pipe Fouling Color Change Acid Number Increase
Domestic Oils Heavy asphalt-like residue Severe Opaque black High
International Oils Brown-black oxidation layer Moderate to heavy Dark brown Moderate
Maxtop Oil ✅ None ✅ Crystal-clear pipes 🔴 Deep red-brown (still transparent) ✅ Minimal
 Why Maxtop Outperforms Competitors ✅
  • Exceptional Thermal & Oxidative Stability: Maxtop oil remains stable under extreme conditions, preventing sludge and fouling.

  • Lowest Acid Number Increase: After 720 hours, Maxtop shows minimal acid number change, proving superior longevity.

  • Clean Pipes: Unlike many other oils, Maxtop ensures crystal-clear pipes with no heavy fouling or deposits.

  • Longer Service Life: This results in fewer system shutdowns, reducing maintenance costs over time.


Advice for Users 🧠

While many brands claim to offer superior quality, only real-world testing reveals the truth. We encourage users to:

  • Participate in thermal stability comparisons to make informed decisions.

  • Take advantage of Maxtop’s free samples for testing.

  • Use easy-to-follow test protocols provided by Maxtop for transparent comparisons.


Conclusion: Let’s Raise the Standard Together 🌟

At Maxtop, we believe that evidence speaks louder than promises. Our heat transfer fluid has proven that high-quality performance doesn’t have to come with a premium price tag. We invite global heat transfer fluid manufacturers to join us in raising the standard of the industry.


For more information or to request test samples, lab support, or technical consultation, contact Maxtop today. Choose a brand that’s proven to perform!

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