The performance of the thickener is mainly reflected in the following aspects:
High-precision measurement: The thickener can accurately measure the thickening time and consistency of the material, has high measurement accuracy, and can accurately reflect the thickening characteristics of the material.
Automation and intelligence: The thickener usually has the characteristics of automation and intelligence, which can automatically complete the measurement process and reduce human errors.
For example, some thickeners use temperature controllers imported from the UK to achieve automatic control of temperature and pressure and consistency measurement, precise temperature control, dual-kettle dual control, and independent system structure.
Multiple recording methods: The thickener can record multiple data such as temperature, pressure, and consistency. For example, a three-pen recorder imported from the UK is used to record data, or data is collected through a computer, and temperature, pressure, and consistency are recorded through software to achieve curve and data processing functions.
Strong adaptability: The thickener can adapt to the measurement needs of different industries and different materials. For example, the double-cylinder pressurized thickener is designed and manufactured in strict accordance with (API) standard specification 10, and is used to test the thickening of oil well cement under high temperature and high pressure conditions.
Various technical parameters: The technical parameters of the thickener include maximum temperature, maximum pressure, power requirements, stirring speed, temperature control accuracy, pressure control accuracy, etc. For example, the maximum temperature can reach 315℃, the maximum pressure can reach 275MPa, the temperature control accuracy is less than ±1℃, and the pressure control accuracy is less than ±0.7MPa.
