Electric rolling wheel peeling testing machine

Electronic pressure roller testing machine (automatic pressure roller machine) specializing in intaglio printing process for the production of plastic film and cellophane decorative prints (including composite film prints) for the printing of the ink layer combined with the fastness of the test test test. Also used for vacuum coating, surface coating, composite and other related processes to form the surface layer of the adhesion of the state test test.

Applications

The electric rolling wheel peeling testing machine has a wide range of applications, not only limited to testing the adhesion of printing ink layers in gravure printing processes, but also covering the adhesion testing of various pressure-sensitive adhesive tapes and other adhesive materials. It is an indispensable testing device in quality inspection centers, packaging plants, and tape factories. Its high precision and efficiency enable enterprises and research institutions to understand material performance more quickly and accurately, thereby optimizing production processes and improving product quality and safety.

Standards

CNS 11888: Pressure-sensitive adhesive tapes — Test method for 180-degree peel adhesion strength

PSTC-8: 180-Degree Peel Adhesion of Pressure-Sensitive Tape

Features

1. The quality, rubber thickness, and hardness of the pressure rollers are strictly designed according to national standards to ensure the accuracy and versatility of the test data.

2. The system adopts microcomputer control, equipped with a PVC operation panel and LCD display screen for easy data viewing and test operation.

3. Multiple test speeds are available to meet different standard requirements.

4. Automatic alarm prompts upon test completion to ensure user safety.

Technical Parameters

Accessoriess

1. Main Unit: Robust and durable, equipped with a high-precision pressure roller mechanism, capable of simulating pressure under real-world usage scenarios to ensure the reliability of test results.

2. Control System: Intelligent user interface allows users to easily set test parameters, such as pressure magnitude and pressure roller speed, enabling one-button start and automatic completion of the testing process.

3. Measurement System: Combining high-precision sensors and data processing software, it captures and records key data during the testing process in real time, providing strong support for result analysis.

Test Procedures

1. Preparation Stage

Select standard glass adhesive tape and adjust the pressure roller testing machine according to the established parameters.

2. Bonding Stage

 Use the adhesive tape roller to firmly bond the glass adhesive tape to the ink-printed surface of the sample, ensuring no air bubbles are generated.

3. Conditioning Stage

 Allow the bonded sample to stand under specified conditions for a period of time to allow the ink layer to fully bond with the substrate.

4. Peel Test

 Start the testing machine and perform the peel test, observing and recording the peeling condition of the ink layer.

5. Result Analysis

 Based on the peel test results, evaluate the adhesion strength of the printed ink layer to provide a basis for product quality control.

FAQ

1. What is this product?

Answer: It is a precision physical testing instrument specifically designed to measure the level of static electricity generated in fabrics upon induction and the rate at which the charge dissipates (decay performance).

2. What is the purpose of this product?

Answer: It helps determine whether textiles are prone to static buildup, thereby assessing comfort during wear (e.g., clinging to the body, static shocks) and safety in flammable or explosive environments.

3. How does this product work?

A: It uses a high-voltage electric field to non-invasively induce charge onto the fabric. After voltage is cut off, it measures the natural decay curve of the static voltage on the fabric.

4. Why is this product important?

A: Static performance is a core metric for functional textiles. This testing helps prevent damage to electronic components, dust attraction, and even fire risks caused by static electricity.

5. Which industries is this product suitable for?

Answer: It is widely applicable to textile manufacturing and finishing enterprises, PPE R&D, aerospace materials research, medical device development, and university research laboratories.