The water separability apparatus is suitable to measure the water separability of Petroleum Oils and Synthetic Fluids.Fill certain amount of sample and distilled water,stir 5 minutes under certain temperature,record needed time for separation of emulsified liquid.After half hour or one hour,if the emulsified liquid doesn’t separate completely,or the emulsified layers doesn’t reduce 3mL or more,please record the volume of oil layer,water layer and emulsified layer at this moment.
Brief: Discover the Herschel Emulsifier Water Separability Test Apparatus, designed to measure water separability in petroleum oils and synthetic fluids. This ASTM D1401 compliant equipment features a digital timer, precise temperature control, and a borosilicate glass tank for accurate testing. Perfect for laboratories requiring reliable emulsifier testing.
Related Product Features:
Measures water separability of petroleum oils, synthetic fluids, and Herschel emulsifier.
Includes stainless steel frame, control box, and borosilicate glass tank with 300mm depth.
Features a micro-computer controller with PID function for precise temperature display (0.1℃ accuracy).
Equipped with a digital speedometer to continuously display stirring speed.
Electronic timer stops automatically after 5 minutes of stirring.
Aluminized lid with multi rotation position for safe sample placement.
Compatible with GB/T7305, ASTM D1401, and ISO6614 standards.
Heating method uses an oil bath with a total power of 1500W.
Sorular:
What standards does the Herschel Emulsifier Water Separability Test Apparatus comply with?
The apparatus complies with GB/T7305, ASTM D1401, and ISO6614 standards for water separability testing.
How does the temperature control work in this apparatus?
The apparatus uses an imported PID digital display temperature controller, ensuring accuracy within ±0.1℃ from ambient to 100℃.
What is the capacity of the borosilicate glass column included in the apparatus?
The borosilicate glass column has a 100ml graduation, suitable for precise measurement during testing.