ChicSLC 274

Product description

ChicSLC 274 is a non-flammable fluid with low viscosity at room temperature, ensuring smooth handling and easy filling. Its excellent fluidity, combined with an extremely low saturated vapor pressure, enables it to achieve an ultimate vacuum of 1×10-8kpa, ideal for demanding vacuum applications.

It exhibits exceptional thermal stability, making it resistant to oxidation even at temperatures of up to 200℃and in the presence of metal catalysts. Its reliable performance in terms of pumping rate and reverse flow rate further enhances its suitability for various industrial processes.

ChicSLC 274 surpasses mineral oil diffusion pump oils in oxidation stability, owing to the properties of phenylmethyl silicone oil. It demonstrates resilience against oxidation, even when exposed to atmospheric conditions, ensuring prolonged efficiency. Additionally, It is designed to withstand magnetic field radiation, making it suitable for environments where such exposure is a concern.

Physical Properties

Note: The data represent test results from representative samples, and product performance may vary based on actual testing.

Features/benefits

ChicSLC 274 diffusion pump silicone oil serves as a high vacuum diffusion pump oil in electronics, metallurgy, instrumentation, and other industries. It functions as a high-temperature heat carrier and transfer fluid within instruments.

Additionally, ChicSLC 274 acts as the preferred working fluid for ultra-high diffusion pumps, essential in industries such as electronics, aerospace, and nuclear sectors.

Moreover, it is utilized as filling oil for pressure signal transmission in various pressure transmitter instruments, particularly in environments prone to temperature fluctuations.

Package

This product comes in bottles weighing 1kg each, with 12 bottles per carton.

Storage and Transportation:

This product is classified as a non-hazardous chemical. It should be stored in a cool and well-ventilated area, and precautions should be taken to prevent leakage during transportation. Adhere to proper industrial practices and handle with care to minimize the risk of environmental contamination.