Digital Rotary Viscometer No. 0 Rotor Set Suitable for NDJ-1/5S/8S/9S Digital viscometer

The ultra-low viscosity adapter of rotor 0 is, for the purchase of accessories, the use method is as follows: 1. For liquids below 15MPa.s, choose rotor 0, use rotor 0 without a protective frame, and rotor 0 is mounted on the connecting screw (rotated counterclockwise). 2. Slip the fixing sleeve onto the lower cylinder of the instrument and tighten it with the socket fixing screw. 3. Pour 20-25 ml of the test liquid into the outer test cylinder (bottom). 4. Sleeve the outer test cylinder into the fixed sleeve and tighten it with the test cylinder fixing screw, and pay attention to the cone end of the test cylinder fixing screw to screw into the triangular groove at the upper end of the outer test cylinder (you can observe whether the triangular groove of the test cylinder is located in the center of the round hole in the round hole on the side). After controlling the temperature of the liquid to be measured, the test can be performed. 5. When using a bottomless outer test cylinder, the method is basically the same as above (except for 3), when the outer test cylinder and rotor are immersed in the groove ring of the external test cylinder as the liquid surface line.

• Suitable for NDJ-1/5S/8S/9S Digital viscometer
• Rotor 0 can measure low viscosity of 0.1mPa.s. Specially designed to measure shallow viscosity samples; The sample volume is only 25 ml; The cylindrical rotor accurately calculates the shear rate for detailed product analysis.
• A complete set of high-precision technology made of 304 stainless steel, stable performance, corrosion resistance, and high-temperature resistance.
• It has a micro bottom sleeve and only 25ml of sample volume.
• Rotor protection sleeve with liquid level marking as standard. Measurements are best performed when the fluid level is parallel to the dot marker. The No. 0 rotor can measure the viscosity range: of 0.1-100MPa.s, and the viscosity standard of our ordinary tap water is 0.8-1.5MPa.s.