Ⅰ. Introduction

GD-12579 Lubricating grease foam characteristics tester is designed and made as per GB/T12579 Test Methods for Foaming Characteristics of Lubricating Oils.

GD12579 Lubricating grease foam characteristics tester is suitable to determine foaming characteristics of lubricating oils, so that to evaluate the foaming tendency and foaming stability of lubricating oils.

Ⅱ. Technical specification

1. Power supply: AC220V±10%,50Hz;

2. Main heating power: 650 W;

3. Auxiliary heating power: 1000 W;

4. Refrigeration power: 500 W;

5. Air flow rate: 94±5ml/min, adjustable;

6. Temperature controlling range for high temperature bath: room temperature to 99.9°C;

7. Temperature controlling range for low temperature bath: 5 to 99.9°C;

8. Temperature controlling accuracy:  ±0.5°C;

9. Timer: 5 min and 10 min, nearest to second.

10. Timing accuracy: 0.01%+0.05 s(at 20°C);

11. Ambient temperature: -10 to 40 °C;

12. Relative humidity: ≤85%.

13. Total power consumption: not more than 3000 W.

14. Air diffuser: 25.4 mm (cleaning device for diffuser is optional).

We are a professional manufacturer of petroleum product analysis equipment, with many years of experience in research,which is in the leading position in China .

Our main products range is:

oil filter
Flash Point Tester,

Viscometer, Engler Viscometer,

Water Content Tester,

Kinematic Viscometer,

Distillation Tester,

Density Tester,

Rust and Corrosion Tester,

Sulphur Content Tester, etc.

We have developed sales channels in many countries and regions such as Japan, Korea, Hongkong, Taiwan, Regions of Southeast Asia, Middle East, Europe, North and South America etc, and have gained strong advantage and high reputation in international market.

We have persisted on the business idea of "Integrity Basis and Quality First" for the stable and constant development.Client, quality and service are our supreme target!

Hope to establish reliable business relationship sincerely in coming days. Should you have any questions, please feel free to contact me.