1、 Working principle

The glove integrity tester mainly works based on the principle of air pressure. During the testing process, gloves are placed in the testing chamber of the detector and a certain gas pressure is applied through the control system. If the gloves are damaged or have holes, gas will leak out of the gloves, causing a decrease in pressure inside the testing chamber. The detector is equipped with high-precision pressure sensors, which can monitor the pressure changes in the testing chamber in real time and send a signal when the pressure drops to a certain level, indicating that there is an integrity issue with the gloves.

2、 Main features

High precision: By using high-precision pressure sensors and advanced control systems, accurate and reliable detection results can be provided.

Automated operation: By setting appropriate testing parameters, glove integrity detection can be automatically completed, saving human resources and improving work efficiency.

Data recording and report generation: capable of recording the data and results of each test, and generating detailed inspection reports for quality management and tracking.

Portable structural design: convenient for use in different occasions, while meeting the requirements for use in clean areas.

Easy to clean: The chassis material and design are easy to clean and suitable for use in clean environments.

Permission management, audit tracking, and electronic signature: Some high-end models meet relevant regulatory requirements and provide instrument permission management, audit tracking, and electronic signature functions.

3、 Application Fields

The glove integrity tester has a wide range of applications in multiple fields:

Medical field: used to check whether the gloves used by medical staff are intact to prevent cross infection.

Pharmaceutical and laboratory fields: Ensure the integrity of gloves during the experimental process to prevent the leakage of harmful substances.

Food processing field: Ensure the integrity of gloves during food processing to prevent bacterial or pollutant contamination of food.

In other fields such as chemical engineering and environmental protection, it is also necessary to test the integrity of gloves to ensure work safety.

4、 Precautions for use

Operation specifications: Before use, carefully read the operation manual and follow the specifications for operation.

Regular maintenance: Clean and maintain the detector regularly to ensure its normal operation.

Safety protection: During the testing process, attention should be paid to safety protection to avoid harmful substance leakage caused by glove breakage.

Data preservation: Timely save test data and reports for subsequent analysis and tracking.

5、 Market situation

There are currently multiple glove integrity testers available in the market, and different brands and models of equipment have differences in functionality, accuracy, price, and other aspects. Users should choose according to their actual needs when purchasing, and consider factors such as cost-effectiveness and after-sales service of the equipment.

In summary, the glove integrity tester is an important detection device that plays a crucial role in ensuring the safety of workers and preventing the leakage of harmful substances. With the continuous advancement of technology and the increasing market demand, glove integrity testers will continue to be widely used and developed.