engineCorrosion of coolantOverview of measuring instrument (glassware method) YT-0085A:
Engine coolantCorrosion testerYT-0085A (glassware method) is based onSH/T0085Designed and manufactured according to the "Corrosion Determination Method for Engine Coolant (Glassware Method)". Suitable for high boiling point and low boiling point (requiring refrigeration equipment for low boiling point coolant) engine coolant and its concentrate, as well as for the determination of rust inhibitor corrosion in engine cooling systems.
Engine coolant corrosion tester (glassware method) YT-0085A Technical parameters:
1. Power supply: AC220V ±% 10 50Hz
2. Temperature control range: Room temperature~99.9 ℃
3. Temperature control accuracy: ± 2 ℃
4. Heating power: 2000W
Engine coolant corrosion tester (glassware method) YT-0085A Main features:
The engine coolant corrosion tester consists of an air circuit, a water circuit, and a heating bath. The gas pipeline consists of an air pump and a gas flow meter. The heating bath consists of a bath, a temperature controller, and a stirrer. This instrument uses a digital display temperature control meter to control the bath temperature, and the digital temperature control meter displays accurately and is easy to adjust. When the bath temperature is lower (higher) than the set value, the temperature control meter activates (stops) the heater through a relay. Then, the bath temperature is kept constant at the desired temperature point for the experiment by stirring with a motor. By using an air pump and gas flow meter, air is introduced into the beaker at a constant flow rate, and after a specified period of time, the mass change value of the test piece is checked.

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The main products include: open flash point, closed flash point, distillation range (distillation, boiling range), kinematic viscosity, Engler viscosity, dynamic viscosity, rotary viscometer, similar viscosity, residual carbon (trace residual carbon, Conradson residual carbon, electric furnace residual carbon), trace moisture, hydrocarbon analyzer, water repellency, evaporation, boundary pumping, four ball machine, sulfur content (flame lamp method, fluorescent sulfur, Coulomb sulfur), copper corrosion, aniline point, ash content, pour point, pour point, cold filter point, cloud point, chromaticity, acid value, emulsification resistance, softening point, penetration degree, thin film oven and other fuel oil detection, lubricating oil detection, asphalt and asphalt mixture detection., as well as various non-standard water baths.