Sauce Packet Pressure Testing Instrument
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The pressure resistance tester for sauce packets is a device specifically designed to test the pressure - resistance performance of soft packaging materials such as sauce packets.
Applications
The main purpose of the pressure resistance tester for sauce packets is to evaluate the ability of soft packaging materials like sauce packets to withstand pressure during transportation, storage, and use. By simulating the pressure conditions in the actual environment, the tester can detect whether the sauce packets will burst or leak under pressure, thus ensuring the safety and integrity of the products. This is of great significance to the food industry, as a damaged sauce packet may lead to product contamination, spoilage, or waste, which in turn affects consumers' purchase intention and brand reputation.
Standards
The design and manufacture of the pressure resistance tester for sauce packets usually comply with a series of national and international standards to ensure the accuracy and reliability of test results. These standards may include, but are not limited to:
- Relevant packaging pressure - resistance strength test standards such as GB/T 10004. These standards specify the test methods for the pressure - resistance performance of packaging materials, specimen preparation, test conditions, etc.
- Specific food packaging safety standards, such as the safety standards for food - contact materials, to ensure that the products will not be contaminated or endangered during the testing process.
Features
1. Multi-station synchronous testing: Standard configuration includes a 6-station testing station, capable of testing 6 samples at a time. Customization with additional stations is supported to meet the sampling inspection needs of large-scale production scenarios. A condiment company reported that after using this instrument, the testing time for a single batch was reduced from 2 hours to 20 minutes, a 6-fold increase in efficiency.
2. High-precision sensor system: Employs a 0.1-level precision sensor, supporting multi-range switching (e.g., 0-500N, 0-1000N), accurately capturing minute pressure fluctuations. For example, when testing 0.1mm thick aluminum foil composite film, the instrument can still distinguish a frictional force difference of 0.01N.
3. Intelligent operation and data management: The 7-inch touchscreen supports four-level access control to prevent accidental operation; test data is automatically stored and tamper-proof; a built-in micro-printer can generate reports with one click, complying with GMP and FDA regulations. Optional computer communication software enables data traceability, audit trails, and electronic signature functions.
4. Full-scenario adaptability: Supports pressure testing (simulating stacking pressure) and burst strength testing (determining ultimate pressure resistance), covering the entire life cycle of sauce packets from production to consumption.
Technical Parameters
| Technical Parameter | Specification |
|---|---|
| Test Pressure Range | Usually adjustable within a certain range, such as from 0.1 MPa to 0.7 MPa (equivalent to a pressure of 1 - 50kg) to adapt to different sauce packets and test requirements. |
| Test Time | Can be set according to actual needs, usually with a wide adjustment range, such as from 1 second to hundreds of thousands of seconds. |
| Specimen Size | Generally suitable for specimens of certain sizes, and the specific size range may vary depending on the device model. In actual testing, appropriate cutting or adjustment is required according to the size and shape of the sauce packets. |
| Control System | Modern pressure resistance testers for sauce packets usually adopt advanced control systems, such as micro-computer control or PLC control, to achieve automated operation and precise control. These systems usually have a user-friendly interface and easy-to-operate functions, such as pressure adjustment and data recording. |
| Data Recording and Analysis | Usually equipped with a data recording system and analysis software, which can automatically record data such as pressure changes and specimen deformation during the test and generate detailed test reports. This data can be used for subsequent product quality analysis and improvement. |
| Safety Devices | Usually equipped with various safety protection devices, such as emergency stop buttons and overload protection. These devices can quickly cut off the power supply or stop the test in case of an emergency to prevent equipment damage or personal injury. |
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