Shanghai Huanao Technology Co., Ltd
Home>Products>Brookfield Falling Ball Viscometer
Brookfield Falling Ball Viscometer
Brookfield Falling Ball Viscometer
Product details

Brookfield Falling Ball Viscometer

1、 Product Introduction:

The Brookfield falling ball viscometer uses the simple and accurate Hopfler principle to measure the viscosity of Newtonian fluids by measuring the time required for the falling ball to fall through a sample tube under the action of gravity.

1. According to DIN 53015 standard

2. A set of six drop balls: can test different types of samples

3. Constant temperature water bath connection port: can accurately control the sample temperature

4. Temperature probe

5. Central bearing: Provides fast and easy sample tube rotation function in repeated measurements

6 Model KF 40: For non Newtonian fluid measurements, the angle can be adjusted (50 °, 60 °, 70 °, 80 °)

7. Model KF 30 (optional): Fixed angle

8. Viscosity range: 0.5~70000 mPa S(cP)

9. Accuracy: 0.5%~2.0% (depending on the ball used)

2、 Instrument composition:

1. Instrument host

2. 6 Ball Drop Set

3. Temperature probe

4. Handheld packaging box

3、 Optional attachments:

1. Constant temperature water bath

2. Viscosity standard liquid

3. Special temperature probe

4、 Product application:

Beverages, paints, cosmetics, cleaning agents, food, paints, petroleum products, pharmaceuticals, polymers, soap

5、 Technical parameters:

measuring range
0.5~70000 mPa. S(cP)
material Ball 1 and Ball 2: borosilicate glass
Ball 3 and Ball 4: Nickel Iron Alloy
Ball 5 and Ball 6: Stainless Steel
Falling ball diameter
11.0 mm ~ 15.81 mm
viscosity range
0.5~70000 mPa. S(cP)
accuracy
0.5%~2.0% (depending on the choice of falling ball)
Measure the landing time of a falling ball
30~300 seconds**
Measurement interval length in the pipeline
100 mm
Operating temperature range -5℃ ~ +150℃
Sample tube volume
40mL
Viscometer size
180×220×330 mm

**When the landing time of the falling ball in the measurement exceeds 300 seconds, the viscosity is allowed to be higher than 70000 mPa Fluid measurement of S (cP).

Online inquiry
  • Contacts
  • Company
  • Telephone
  • Email
  • WeChat
  • Verification Code
  • Message Content

Successful operation!

Successful operation!

Successful operation!