Torque Rheometer For Rubber And Plastic Test

Products Description

Principle of Torque Rheometer For Rubber And Plastic Test

Put the material to be tested into the mixing chamber, the material is subjected to different rotation speeds, and the direction is opposite

The force exerted by the two rotors of the rotor is continuously mixed and sheared between the rotor and the chamber wall cut, the rotor ribs are also subject to the reaction force of the material, and the torque rheometer passes the torque. The reaction force measured by the sensor is processed by computer software, and the torque varies with the time-dependent rheological profiles.

Advantages Of POTOP Torque Rheometer

• High-strength European standard integrated rack, 304 stainless steel desktop, practical and beautiful

• Using non-contact dynamic torque sensor, the data testing accuracy is high and the repeatability is good

• Building block structure design, mixing chamber and rotor can be disassembled flexibly, easy to clean materials

• The mixing chamber and rotor are made of high-performance anti-corrosion and wear-resistant materials

• High-performance servo motor, wide speed range, more stable speed

• The special software developed based on LABVIEW has powerful functions and good human-computer interaction

• Torque and temperature measurement accuracy is high, sensitive to subtle differences in formula

Details Of The Torque Rheometer

                                                 

Building block structure design             The Mixing Chamber And Rotor Can Be Disassembled Flexibly

                                                    

Standard Roller, other types of rotors optional               Non-Contact Dynamic Torque Sensor

Application of Torque Rheometer

Polymer material formulation design

Raw material performance and quality inspection

PVC melting characteristics test

Plasticizer absorption performance test of PVC dry mix

Thermal and shear stability test of thermoplastic materials

Determination of XLPE cross-linked ethylene cross-linking properties

Study on the flow and curing behavior of cross-linked polymers

Formulation design of inorganic powder sintering molding materials such as metals and ceramics

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Typical torque rheometer test curve

Video of Torque Rheometer

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Technical parameters

Item	Unit	RTOI-06/02
Chamber volume	cm3	55
Revolution speed	rpm	200
Rotor speed ratio		2:3
Torque measuring range	Nm	0-200
Torque tolerance		0.5 % F.S
Max. temp.	℃	350
Temp. measuring accuracy	℃	±1
Heating/cooling method		Electrical heating / Air cooling
Driving power	kW	3
Total power	kW	4.5
Total weight	kg	300
Size (L×W×H)	mm	1250×690×1350