Hytherm 500 Thermic Fluids are high-quality fluids designed for automotive and industrial/commercial use. They are available in three convenient pack types: vacuum pack, barrel, and bucket. These fluids contain zero ash, ensuring a clean and efficient operation. Additionally, they have a light smell or no smell at all, making them ideal for use in various environments. The Hytherm 500 Thermic Fluids are formulated to offer superior thermal stability, high boiling points, and low viscosity. These fluids have excellent heat transfer properties, ensuring that your equipment operates at optimal temperatures. They are highly resistant to oxidation, thermal cracking, and sludge formation, ensuring a long fluid life. These fluids are ideal for use in closed and open heat transfer systems, such as those found in the chemical, textile, and pharmaceutical industries.
FAQs of Hytherm 500 Thermic Fluids:
Q: What is the composition of Hytherm 500 Thermic Fluids?
A: Hytherm 500 Thermic Fluids contain high-quality base oils and advanced additive technology. They are specially formulated to offer superior thermal stability, high boiling points, and low viscosity.
Q: What are the pack types available for Hytherm 500 Thermic Fluids?
A: Hytherm 500 Thermic Fluids are available in three pack types: vacuum pack, barrel, and bucket.
Q: What is the smell of Hytherm 500 Thermic Fluids?
A: Hytherm 500 Thermic Fluids have a light smell or no smell at all, depending on the variant.
Q: What is the recommended use of Hytherm 500 Thermic Fluids?
A: Hytherm 500 Thermic Fluids are recommended for use in closed and open heat transfer systems, such as those found in the chemical, textile, and pharmaceutical industries.
Q: What benefits do Hytherm 500 Thermic Fluids offer?
A: Hytherm 500 Thermic Fluids offer superior thermal stability, high boiling points, and low viscosity. They are highly resistant to oxidation, thermal cracking, and sludge formation, ensuring a long fluid life. Additionally, they have excellent heat transfer properties, ensuring that your equipment operates at optimal temperatures.