No.140-SAS AUTOMATIC CAPILLARY RHEOMETER

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Polymer & Plastics Testing Equipment

No.140-SAS AUTOMATIC CAPILLARY RHEOMETER

Yasuda Seiki

No.140-SAS
AUTOMATIC CAPILLARY RHEOMETER supplied and supported by SJI.

Brand: 🇯🇵 Yasuda Seiki
Range: Yasuda
Category: Polymer & Plastics Testing Equipment
Supply: Quoted on request

Specifications

Notes for this quotation

Lead time, pricing, and delivery are confirmed by the SJI team after your request is reviewed.

This tester evaluates the flow feature of molten plastic during the forming process.
The molten test sample inside the cylinder that is set at a specific temperature will be extruded from the capillary die.
During the extrusion, the shear stress and the shear viscosity is detected to measure the melt viscosity of the sample.
The tester is equipped with an automatic cleaning system which enables the operator to continuously run 1 test cycle.
The tester can be chosen between the light load type and the heavy load type according to the samples maximum load.

Reference Standards
JIS K7199、ASTM D3835、ISO 11443

Features
- Evaluates the flow properties of molten plastic during processing.
- Measures melt viscosity under controlled temperature conditions.
- Uses a capillary die to extrude molten plastic samples.
- Measures shear stress and shear viscosity during extrusion.
- Features an automatic cleaning system for convenient operation.
- Supports continuous testing cycles with reduced manual cleaning.
- Available in light-load and heavy-load models.

Model: No.140-SAS (for light load) / No.140-SAS (for heavy load)
Number of Test Samples: 1 or 3 cups of sample
Test Pressure: Max. 10 kN / Max. 20 kN
Load Measurement: Load cell: max. 10 kN
(resolution: 0.1 kN）/ Load cell: max. 20 kN
(resolution: 0.1 kN)
Piston Feed Rate: 0.5–500 mm/min / 0.5–1,000 mm/min
Capillary die: Diameter ø0.5–ø2 mm, specify the length to diameter ratio
Piston Head: Diameter ø9.510 ± 0.005 mm, length 6.35 ± 0.10 mm

Applications
Suitable for evaluating the melt flow behaviour and viscosity of plastic materials during processing. Ideal for plastic manufacturing industries, polymer research laboratories, material testing facilities, and quality control departments.