16640-2 SETA TOST SOLID BLOCK BATH

16640-2 Seta TOST Solid Block Bath is a compact, high-performance laboratory heating system designed specifically for oxidation stability testing, including TOST (Turbin Oil Stability Test) applications. It provides a reliable and efficient alternative to traditional liquid-filled baths, offering improved safety, easier maintenance, and excellent temperature uniformity.

Engineered for precision and consistency, the 16640-2 Seta TOST Solid Block Bath is designed to accommodate up to 12 sets of oxidation glassware simultaneously, making it highly suitable for laboratories that require higher throughput and repeatable test conditions. Its solid block design ensures stable heat distribution across all test positions, helping to maintain accurate and consistent oxidation testing results.

This system is particularly well-suited for use in petroleum, lubricant, and industrial oil testing environments where oxidation stability is a critical performance parameter. By eliminating the need for liquid heat transfer media, the solid block design reduces handling risks and simplifies routine laboratory operation while maintaining strict temperature control.

The compact benchtop configuration of the 16640-2 Seta TOST Solid Block Bath allows it to integrate easily into existing laboratory setups without requiring extensive space or infrastructure changes. Its robust construction and user-friendly design make it ideal for both routine quality control testing and more advanced research applications.

Overall, the 16640-2 Seta TOST Solid Block Bath delivers a dependable, safe, and efficient solution for oxidation testing, helping laboratories achieve accurate results while improving workflow efficiency and operational convenience.

Description

FEATURES

  • Suitable for TOST tests and as an alternative to liquid filled baths
  • 12 positions dry block bath
  • Ambient to 100 °C temperature range
  • Integral Setatemp controller
  • Seta Oxflo controller and flowmeters included

METHODS

ASTM D943; ADTM D2274; IP 157; IP 388; ISO 4263

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