ISO289 Rubber Mooney Viscometer Rubber Viscosity Tester for Measuring Viscosity and Relaxation of Base Rubber Ga-1019

• Customization: Available
• After-sales Service: Online
• Warranty: 1 Year
• Model NO.: GA-1019
• Type: Rubber Mooney Viscometer
• Weight: 160kg
• Torque Resolution: 0.01mv
• Rotor Speed: Fixed 2 Times/Min
• Transport Package: Plywood Case
• Specification: 650*650*1100mm
• Trademark: GONOAVA
• Origin: China
• HS Code: 9024800000
• Production Capacity: 200

Product Description

ISO289 Rubber Mooney Viscometer Rubber Viscosity Tester for Measuring Viscosity and Relaxation of  Base Rubber GA-1019
Summary:
Mooney Viscometer is used for measuring viscosity and relaxation of base rubber, raw rubber stock or rubber mass prevulcanization properties, it is also used for measuring viscosity in Mooney value for compounded or uncompounded unvulcanized natural, synthetic or regenerated rubber.
This instrument has excellent performances including automatic calibration, higher stability. It can perform the following tests: viscosity, scorch and stress relaxation.

ISO289 Rubber Mooney Viscometer Rubber Viscosity Tester for Measuring Viscosity and Relaxation of  Base Rubber GA-1019
Features:
1. Easy to use the instrument.
GA-1019 have automatic door and all of the electric components are CE corresponding.
2. Temperature can be increased up to 185 within 7.5min, and recovery time when beginning, and recovery time when beginning test will be less 2min. And temperature fluctuation will be within 0.1.
3. All instruments adopted the way of PID to control temperature. The smallest size and weight in all of the same type instrument in the market;
4. The die was designed to international standard ISO.
5. With lower noise when working, ≤55dB.
6. It is following  ISO 289 ,ASTM D 1646, JIS K 6300 .
7. Can variable Temperature unit "C, " F  Degree.
8.Use window XP program connect to machine &  and  can  setting Mooney  or scorch time   and  show Dynamically Mooney value or scorch  time on  the  graph.

Test standard:
Accord with GB/T1232"Rubber unvulcanized -Determination of mooney viscosity'',GB/T 1233 ''Rubber,unvulcanized-Determination of prevulcanization characteristics-Shearing disk method'',ISO289,ISO667ect.

ISO289 Rubber Mooney Viscometer Rubber Viscosity Tester for Measuring Viscosity and Relaxation of  Base Rubber GA-1019
Specification:

Range of temperature control	From room temperature to 200°C
Temperature fluctuation in die	≤±0.1°C
Temperature display resolution	±0.1ºC(50-150ºC)
Temperature stabillity	±0.1ºC(50-150ºC) (50-150ºC)
Rate of temperature increase	25°C/min
Setting range	0-150ºC;Min unit:0.1ºC
Setting time range	0-200minutes
Temperature display range	0-150ºC,display resolution: 0.01ºC
Display range switch	Automatic increase and decrease according to actual torque (0-200 menni)
Mooney value display accuracy	0.01Mooney value
Power	220V±10%,50±1Hz,0.8kw,It must be well grounded
Compressed air	0.4Mpa,Controlled by pneumatic control valve
Rotor speed	Fixed 2 times/min
Cavity type	Rectangular deep groove die cavity
Environment temperature	Normal temperature -40ºC, relative humidity < 80% (no corrosive gas in the air)
Weight	160kg
Outside size	650*650*1100mm
Measurement range of torque	0-200 MV
Torque resolution	0.01MV
Frequency of rotor	2±0.02r/min
Temperature PID  Control	+/- 0.1°C
Upper & Lower	Separate plate temperature  control
Power supply	220 V ,1 Phase, 50 Hz

 
Test Results

Measure of Mooney viscosity (Large rotor):

MI -- initial Mooney viscosity.


ML - The minimum Mooney value in the last 30 seconds before the motor stopped.

Mx-t - Mooney value relating to time t.

x-the time of preheat, t-Mooney test time

Stress Relaxation

MRe - Mooney value at the end of stress relaxation.

TRx - time needed for x% torque stress relaxation.

Xy% - % of  Viscosity decay after motor stopped y sec.

The value of exponent a,  the constant k,  the correlation coefficient r, and the area A .

Graph ( with Viscosity-Time curve and Test temperature curve)

Mooney viscosity graph; Relaxation graph; log Mooney units Versus Log time graph.

 
Scorch Data testing sample results:

-Scorch time curve

-Temperature curve

-Curve index ( Input small  or  Large Rotor test

MI - initial Mooney viscosity

ML - Minimum Mooney viscosit

MF - Maximum Mooney viscosity in the end of the test

Mx-t - Mooney value relating to time t.

x-the time of preheat, t-Mooney test time

M5/M3 - ML+5/3 Mooney

M35/M18 - ML+35/18 Mooney

t5/t3 - Mooney burning time, M5/M3 corresponding time, Unit: min.

t35/t18 - Mooney vulcanizing time, ML+35/18 corresponding time, unit: min.