Oil Test Equipment

PUSH ElECTRIC is a reputable manufacturer and supplier that specializes in the research and development, production, sales, and service of advanced portable transformer oil tester and high-voltage power test equipment.

With a strong focus on the petroleum industry, Push Electric offers a wide range of cutting-edge instruments and devices designed to assess the quality and performance of petroleum products.

Oil Test Equipment By PUSH ElECTRIC

Meanwhile, oil test equipment are our main products to oversea market. Oil test equipment refers to instruments and tools used to evaluate lubricant condition and detect equipment wear in industrial machinery and vehicles. According to its types, we may consider below:

Oil Viscometers – Measure oil’s resistance to flow and viscosity.
– Oil Bdv Tester

Particle Counters – Optical sensors detect and count solid contaminant particles in the oil down to 5 micron sizes.
– Oil Color Tester

Physical Testers (Oil property test equipment) – Used to analyze and characterize the various physical and chemical properties of lubricating oils.
– Flash Point Tester
– Kinematic Viscosity Tester
– Interfacial Tension Tester

Oil Sampling Valves (Oil condition monitoring equipment) – Allow extracting oil samples safely from reservoirs or lubrication points while equipment is running.
– Oil Color Tester
– Oleic Acid Value Tester
– Karl Fischer Tester
– Sludge Precipitation Tester

Ferrography Instruments – Separate and capture ferrous wear particles from oil samples onto a microscopy slide.

Water Detection Kits – Measure moisture content in oils which causes corrosion.

PUSH ElECTRIC Provides Hot Sale Oil Test Equipment

ASTM D97 is a widely recognized method for determining the pour point of petroleum-based oils. It is a manual procedure that involves cooling a specimen inside a cooling bath to encourage the formation of paraffin wax crystals.

This dielectric strength oil tester method is also employed for determining the pour point of crude oils, following the guidelines outlined in ASTM D97. The process involves gradually lowering the temperature, typically starting around 9 °C above the estimated pour point, and then periodically tilting the test jar to observe any surface movement. This allows for accurate identification of the temperature at which the oil begins to exhibit limited flow characteristics. Below is the related PUSH equipment match to ASTM D97:

• Air generator gas chromatography test kit
• Full automatic cleveland open cup flash point apparatus – insulating oil tester
• Automatic pensky martens closed cup flash point apparatus
• Fully automatic high-precision titrator
• Automatic lab test apparatus – oil pour point and cloud point tester

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