Best ISO 14616 and DIN 53369 Compliant Shrinkage ratio and shrink force tester Thermal shrink ratio and foce measurement
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|Power||AC 220V 50Hz||Product Name||Hot Air Thermal Shrinkage Tester,Thermal Shrinkage Force Tester,FST-01 Medical PVC Sheets Film Free Shrink Tester|
|Warranty||12 Months||Usage||Plastic Testing Machine|
|Standard||ISO 11501||Power Supply||220V 50Hz|
|Application||Shrinkage And Relaxation Test,composite Film Packaging||Accuracy||±0.2℃|
|Temperature Range||RT~ 200°C||Function||Determination Of Heat Shrinking Performance|
FSR-01 shrink force and ratio tester is used for the shrinking forces and shrinkage ratio measurement of heatshrinkable films.
The FSR-01 shrink force and ratio tester is an essential tool for accurately measuring the shrinking forces and shrinkage ratio of heat shrinkable films. These films undergo a manufacturing process where they are extruded and stretched (hot drawn), maintaining this stretched state after cooling. Upon reheating the film to the temperature at which the stress was originally induced and fixed during manufacturing, the stress is released, causing the film to shrink back. The resulting film can be categorized as either biaxially oriented or uniaxially oriented, depending on the specific treatment applied.
- The test process begins by heating a well-insulated air oven to the desired temperature. Next, two samples are placed on separate test stations dedicated to shrinkage rate and shrink/contraction force testing. To establish a reference temperature, a temperature probe is positioned in the measuring area. The air oven is then automatically lowered to cover the sample area.
- During this time, the force and shrink rate are measured, and the shrinkage temperature is considered reached when the maximum shrinking force is achieved. Once the force has decreased by approximately 15% to 30%, the air oven is raised, and the duration is recorded. Concurrently, the assessment of shrinkage ratio takes place at the mean time.
- This streamlined and efficient test process involves heating the air oven, placing the samples on dedicated test stations, measuring force and shrink rate, reaching the shrinkage temperature, recording the time, and performing the shrinkage ratio assessment.
FSR-01 Thermal shrink ratio and foce features:
- PLC Control: The unit is equipped with an industrial-level stable Programmable Logic Controller (PLC) for precise control and operation.
- HMI Touch Screen: The unit is operated through a user-friendly Human-Machine Interface (HMI) touch screen.
- Well-Insulated Air Oven: The air oven is designed with excellent insulation properties to ensure efficient heat retention.
- Automatic Lowering and Lifting: The air oven is equipped with an automated system for convenient lowering and lifting operations.
- Non-Contact Shrink Ratio Measurement: The shrink ratio is measured using a non-contact method, eliminating the need for direct contact with the samples.
- Real-Time Display: The unit provides a real-time display of shrinking force, contracting force, and shrinkage ratio during the testing process.
- Interference Elimination: Irrelevant interference factors such as friction and cool air are effectively eliminated, ensuring accurate measurements.
- Stable Heating System: The unit incorporates a stable and balanced heating system to ensure consistent and reliable results.
- Easy Sample Loading: The unit is designed for easy and hassle-free loading of samples.
- High-Resolution Force Transducer and Thermometer: The unit is equipped with high-resolution force transducers and thermometers to ensure precise measurements.
- RS 232 Port and Professional Software (Optional): The unit features an RS 232 port for data transfer and can be used with professional software (optional) for enhanced analysis and reporting capabilities.
Thermal shrink ratio and foce technical specification
|Force Range||5 N ( or as required)|
|Displacement Range||0.1 ~ 95 mm|
|Temperature Range||Ambient ~ 210°C|
|No. of Specimens||2|
|Sample size||110*15 mm, L*W|
|Power Supply||220V 50Hz|
Thermal shrink ratio and foce standards
ISO 14616, DIN 53369