High temperature resin viscometerWidely used in industries such as petroleum extraction, refining, chemical engineering, silicone oil, resin, food, synthetic fibers, inks, paints, optical fibers, latex, solvents, plastics, glass, aviation kerosene, and various adhesives. Installation method: Direct installation at pipelines, pressure vessels, reaction vessels, and flanges.
Material: 316 stainless steel (standard), Hastelloy C276 (optional); Highly polished; Optional PTFE coating.
Configuration: Integrated and split with LCD display head, insertion depth of 150-300mm, including flange DN25, 40, 50, 80, thread M32 * 1.5, M42 * 1.5.
Operation steps:
Preparation and leveling: Fix the base of the viscometer and adjust it to level with a spirit level to ensure the stability of the instrument.
Installation and preheating: Install the rotor onto the host, connect the power supply, and turn on the instrument. Set the desired temperature (such as 100 ℃), wait for the instrument to preheat to the set temperature and stabilize.
Sample processing: Pour the resin sample into a measuring cup or testing container, ensuring that the sample completely submerges the rotor to avoid the formation of bubbles.
Start measurement: Slowly immerse the rotor into the sample, start the instrument and select the appropriate speed (choose rotors 1-4 based on estimated viscosity). After the viscosity value stabilizes, record the data.
End and Cleaning: After the measurement is completed, turn off the power, remove the rotor and clean it thoroughly, discard the remaining samples, and keep the instrument clean.
Attention:
Sample processing: Filter the sample before measurement to avoid large particle impurities damaging the rotor or blocking the capillary tube.
Environmental requirements: Avoid using in environments with high temperature, high humidity, or severe vibration to avoid affecting accuracy.
Operating standards: It is strictly prohibited to measure without preheating or insufficient preheating of the instrument, and it is forbidden to arbitrarily change parameters or collide with precision components.