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HY4900 Torque Rheometer

HY4900 Torque Rheometer is a measuring system for studying the flow, plastcizing, heat and shear stability of polymers. This system consists of a platform and some function units, such as the mixer and extruder. The platform connected with a function unit can measure flow and compounding behaviors, critical processing parameters of temperature, pressure, torque and viscosity of polymers in the laboratory-requiring only small sample volume. This instrument, which is designed to a excellent system with high measuring precision, handling flexibility and testing reproducibility, has been widely applicated in science research, quality control and process experiment.
  • HY4900

  • Anytester

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Product Description

HY4900 Torque Rheometer is a measuring system for studying the flow, plastcizing, heat and shear stability of polymers. This system consists of a platform and some function units, such as the mixer and extruder. The platform connected with a function unit can measure flow and compounding behaviors, critical processing parameters of temperature, pressure, torque and viscosity of polymers in the laboratory-requiring only small sample volume. This instrument, which is designed to a excellent system with high measuring precision, handling flexibility and testing reproducibility, has been widely applicated in science research, quality control and process experiment. The whole system is as follows:

HY4900-0.jpg


Details

1. Platform

 

The platform, linked with a external PC through industrial bus, provide all functionality for driving and  controlling the function units and data record. It has mechanical and electrical interface matching with the mixer or extruder. We have two kinds of structures to match the function units with the platform. One is a simplified structure and another is a units movable structure which makes the function unit on a handcart to exchange it more easily. You can select a assembly to carry out testing tasks. The platform and its technical parameters are shown as Fig.1 and Tab.1.

                                               Tab.1 Parameters of the platform


Parameters

Motor

Schneider imported servo system, 4.08kw

Reducer

Imported from Germany Neugart, 1:15 or 1:20

Speed range

0.1~200rpm

Speed accuracy

0.05%F.S.

Torque

0~230Nm

Torque accuracy

0.1%F.S.

Melt pressure range

0.1~100MPa

Melt pressure accuracy

0.5%F.S.

Temperature range

0~400

Temperature accuracy

±1

Temperature channel

5 (4 channels for controlling temperature)

Power supply

3phase, AC380V, 50Hz, 30A


2. Mixer

The mixer are applied for testing of thermoplastics, thermosets, elastomers and other similar materials under the influence of temperature and shear. Some important information, such as fusion time, heat & shear stability of PVC, melt viscosity and cross linking property of polymers, can be obtained by this unit. It is equipped with 3-pieces composed electrical heating chambers and two exchangeable rotors. The chambers and rotors are made of 1Cr18Ni9Ti and 3Cr13 stainless steel respectively, and the rotors axle seal are made of Cu-C alloy to ensure perfect sealing. The Mixer, rotors and its parameters are shown as Fig.2 and Tab.2.

HY4900-1 Torque Rheometer.jpg

                                

                                  Tab.2 Parameters of the Mixer


Parameters

Capacity

60ml

200ml

300ml

Material

304L, imported

Max. temperature

350

Max. torque

150Nm

250Nm

250Nm

Rotors

Roller (Banbury, Cam or Delta optional)

Speed ratio of   rotors

3:2

Heating zone

3 channels

Heating mode

Electirc heating with imported   heating tube

Total heating power

1800w

3600w

4800w


3. Single screw plastic extruder and dies

The extruder connected with a die is used for testing of rheological characteristics and process ability of thermoplastics especially polyolefins, for producing test samples in the laboratory. There are 5 types of dies can be attached to the extruder. They are Rod capillary, Flat film, Rod, Pipe and Coated wire. These dies create Profiles of a defined geometry. Temperatures and melt pressure measurements along the extruder barrel and die enable the accurate definition of melt condition. A appropriate processing condition can be selected during the extrusion. Particularly, a powerful extrusion capillary rheometer can be constructed by using the extruder together with capillary dies. Rheological data, such as shear rate, shear stress and viscosity can be evaluated with Rabinowitsch and Bagley corrections. The screw, barrel and dies are made of 38CrMoAlA and 3Cr13 alloy steel. The extruder and dies and their parameters are shown as Fig.3 and Tab.3.


HY4900-3 Torque Rheometer .jpg


Tab.3 Parameters of extruder and dies

Parameters

L:D

25:1 or 28:1 or   30:1

Srew diameter

20

Compression ratio

2.1:1 for pellets,2.4:1 for powder

Max. temperature

350~400

Heating power

800w/channel

Heating channel

4

Temperature mesuring channel

1

Dies

Rod capillary

Dia.: Ф1.0, Ф1.27,   Ф2.0

L:D: 20:1,   30:1, 40:1

Pipe

Inner dia.:   Ф10, external dia.: Ф12.5

Rod

Ф5

Coated wire

Core: Ф1.5,   die: Ф4.0

Flat film

50×1.8 (L×W)


4. Single screw rubber extruder and dies

The extruder connected with a die is used for testing of rheological characteristics and process ability of rubbers, for producing test samples in the laboratory. The extruder and dies and their parameters are shown as Fig.4 and Tab.4.

HY4900-4 Torque Rheometer .jpg

                                          

                                                Tab.4 Parameters of extruder and dies


Parameters

L:D

12

Screw diameter

30

Compression ratio

3:1

Max. temperature

350~400

Heating power

800w/channel

Heating channel

3

Temperature measuring channel

1

Cooling mode

Compressed air cooling

Dies

Gaver or cylinder


5. Conical twin screw extruder and dies

Intermeshing conical twin screw extruder connected with the platform can be used to simulate the production process of conical twin screw extruder. It adopts unique structure design, easy and fast to clean after experiment of corrosive material. The extruder is especially suitable for the processing pf PVC power, connected with different dies, can directly extrude sheet, pipe, profiles, etc. The extruder and dies and their parameters are shown as Fig.5 and Tab.5.

HY4900-5 Conical twin screw extruder and dies.jpg


                                                    Tab.5 Parameters of extruder and dies

Parameters

Srew diameter

20~39mm

Effective length of screw

325mm

Barrel length

340mm

Max. temperature

350~400

Heating power

800w/channel

Heating channel

3

Temperature mesuring channel

1

Cooling mode

Compressed air cooling

Dies

Flat film

L×W: 60×1.5

Pipe

Inner dia.: Ф10, external dia.: Ф12.5

6. Parallel Twin screw extruder and dies


Parallel twin screw extruder is maily used for filling, blending, modification and enhancement of rubber, plastic and engineering resin, and also for devolatilization of super absorbent resin. The extruder can also be used for extruding biodegradable masterbatch, polyamide polycondensation and polyurethane polymerization, and producing pelleting of carbon powder & magnetic powder, cable insulation material, sheath material, PVC cable and various silane crosslinking materials. The extruder and dies and their parameters are shown as Fig.6 and Tab.6.

HY4900-6 6. Parallel Twin screw extruder and dies.jpg

Tab.6 Parameters of extruder and dies

Parameters

Srew structure

Building block struture

L:D

40

Screw groove depth

3.5mm

Max. temperature

350~400

Heating mode

5 phase electric heating

Cooling mode

5 phase compressed air cooling

Feeding mode

Screw type

Rotation speed of screw

10~480rpm

Exhaust mode

Vacuum exhaust

Meterial type

Polyolefin, PA, PET, PBT

Dies

Pelleting

Ф3.0*2

Pipe

Inner dia.: Ф10, external dia.: Ф12.5

Flat film

L×W: 60×1.5

Coated wire

Core: Ф1.5, die: Ф4.0


7. Film blowing machine

Film blowing machine is suitable for film production on a small scale for lab use. The parameters are shown as Fig.7 and Tab.7.

HY4900-77. Film blowing machine .jpg

                                              Tab.7 Parameters of film blowing machine

Parameters

Pulling roller dia.

120mm

Winding roller dia.

120mm

Winding speed

0~140mm/s

Die dia.

24mm

Film blowing dia.

50~120mm

Winding width

78~190mm

Die gap

0.3~1.8mm

Dimensions

1050×700×1880mm


8. Software and data sheet


A set of software for the instrument is follows:

(1) Platform software.

(2) Mixer software.

(3) Extruder software.

(4) Viscosity software.

They run in the windows XP system.The interface of the platform software is shown as Fig 8. Some typical data sheets exporting from the software are shown as Fig.9, Fig.10, Fig.11, Fig.12, Fig.13, Fig.14, Fig15.

HY4900-8 Torque Rheometer .jpg


HY4900-10 Torque Rheometer .jpg

HY4900-11 Torque Rheometer .jpg

HY4900-13 Torque Rheometer .jpg

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