Industrial heating systems rely heavily on the quality of their heat transfer fluids. Poor-quality fluids can lead to fouling, system inefficiencies, and costly shutdowns. That’s where MAXOTHERMIE® stands out — offering a premium line of synthetic thermal oils specifically formulated to deliver superior performance under demanding operating conditions. 1. Unmatched Thermal & Oxidation Stability MAXOTHERMIE® …

The Future of Heat Transfer: Cleaner, More Efficient, Longer Lasting Read More »

Introduction: Why Heat Transfer Fluids Deserve Attention Every industrial plant depends on heat. Whether it’s a textile mill dyeing fabrics, a chemical reactor holding steady temperatures, food processing, or any heating process keeping production safe and efficient—heat transfer fluids (HTFs) quietly power it all. And yet, in many plants, fluids are treated as an afterthought. …

The Hidden Cost of Choosing the Wrong Heat Transfer Fluid Read More »

Maxothermie®-550 is a synthetic heat transfer fluid made from a mixture of C10-13 alkyl benzene derivatives (CAS No. 84961-70-6). It is designed for stability in medium-temperature heating systems ranging from -10°C to 305°C (extended up to 315°C). Widely used in low-pressure, liquid-phase indirect heating systems, Maxothermie®-550 delivers long service life, superior thermal stability, and excellent …

Maxothermie®-550: Synthetic Heat Transfer Fluid for Medium-Temperature Applications Read More »

Maxothermie®-550 is a synthetic heat transfer fluid made from a mixture of C14-30 alkyl benzene derivatives (CAS No. 68855-24-3). It is designed for stability in medium-temperature heating systems ranging from -10°C to 305°C (extended up to 315°C). Widely used in low-pressure, liquid-phase indirect heating systems, Maxothermie®-550 delivers long service life, superior thermal stability, and excellent …

Maxothermie®-550: Synthetic Heat Transfer Fluid for Medium-Temperature Applications Read More »