ASTM D5800 Noacks-methode Verdampingsverlies van smeermiddelanalyse

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ASTM D5800 Noacks-methode Verdampingsverlies van smeermiddelanalyse

petroleum oil tester

April 13, 2021

Categorie Verbinding: Smeermiddelolie het Testen Materiaal

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Taggen:

#De Machine van het rijstmalen #Rijst Schillende Machine #De Machine van de rijstverwerking

Brief: Discover the ASTM D5800 Standard Lube Oil Analysis Equipment Evaporation Loss Meter, designed for precise measurement of lubricating oil evaporation loss. This advanced equipment features digital PID temperature control, metal bath heating, and an imported precision differential pressure meter, ensuring accurate and reliable results for your lab needs.

Related Product Features:

Complies with ASTM D5800 and SH/T 0059-1996 standards for accurate evaporation loss measurement.
Digital display PID temperature control ensures precise temperature regulation up to 250 ± 0.1 ℃.
Metal bath heating with Wood alloy for superior heat conduction and safety.
Imported precision inclined tube differential pressure meter guarantees accurate pressure readings.
Equipped with a vacuum pump and high-precision needle valve for precise pressure regulation.
Intelligent LCD touch screen for easy operation, automatic calculations, and data storage.
Suitable for lubricating oils and base oils, providing reliable evaporation loss analysis.
Robust construction and advanced features make it ideal for industrial and laboratory use.

FAQ's:

What standards does the ASTM D5800 Evaporation Loss Meter comply with?

The equipment complies with ASTM D5800 and SH/T 0059-1996 standards, ensuring accurate measurement of lubricating oil evaporation loss.
How does the temperature control system work in this equipment?

The equipment features digital display PID temperature control, providing precise temperature regulation from room temperature up to 250 ± 0.1 ℃ with a precision of 0.01 ℃.
What are the key features of the heating method used in this equipment?

The metal bath heating method, enhanced with Wood alloy, ensures efficient heat conduction, safety, and environmental friendliness during operation.