DV-1C Brinell Rotational Viscometer is designed and manufactured in accordance with the requirements of T0625 "Asphalt Brinell Rotational Viscosity Test (Brockfield Viscometer Method)" in the People's Republic of CHINA Transportation Industry Standard JTJ052 "Test Regulations for Highway Engineering Asphalt and Asphalt Mixture", and is an upgraded product of the company's DV-1C Rotational Viscometer and NDJ-1B Rotational Viscometer, which is suitable for measuring the absolute viscosity of Newtonian liquids and the apparent viscosity of non-Newtonian liquids.
This instrument adopts professional mechanical design technology and manufacturing process, and uses microcomputer technology for temperature control, data acquisition and data processing; The display adopts a white backlight, high-brightness LCD display; Equipped with a micro dot matrix printer output device. The test results can be displayed in real time on the display or printed out by the printer. In addition, it can be connected to a personal computer through the RS232 data communication port of this instrument.
New design: high-brightness LCD display, easy and convenient operation
Display information: viscosity (mPa.S, Pa.S), % torque, speed/rotor, shear rate/shear stress range
Accuracy: ±1.0% of the measuring range
Optional PC connection port and viscosity host computer software: optional RS-232 communication interface to connect to PC and optional viscosity host computer software can automatically produce viscosity-temperature curves
Other optional accessories: heating oven: operating temperature< 250°C, external circulation type 20ML small sample adapter: operating temperature<120°C, special thermostatic bath for viscometer: DC-0506W, DC-130B, CH-1006, etc., micro printer: can print results directly
This instrument has the characteristics of high measurement sensitivity, reliable test results, easy use and operation, and beautiful appearance. It can be widely used to measure the viscosity of various fluids such as asphalt, hot melt adhesives, paraffin, polymers, etc.