High Quality Touch Screen Foam Compression Tester

Introduction

1. Accurate measurement of compression performance: It can accurately measure the compression degree and deformation of foam materials under different pressures.

2. Multiple pressure modes: Different pressure loading modes can be set, such as uniform loading, step loading, etc., to simulate the pressure conditions in various practical application scenarios.

3. Data acquisition and recording: real-time acquisition and recording of various data in the compression process, including pressure value, compression amount, etc., to provide reliable basis for analysis and research.

4. Data analysis function: Analyze the collected data and calculate the key parameters, such as elastic modulus, compression strength, etc.

5. Adjustable test platform: adapt to different sizes and shapes of foam samples to ensure the accuracy and versatility of the test.

6. Visual display: Through the display screen or software interface, the data change curve in the compression process is visually displayed, which is convenient for users to observe and understand.

7. High-precision sensor: The use of high-precision pressure sensor and displacement sensor to ensure the accuracy and stability of the measurement results.

8. Ease of operation: It has a simple and easy-to-use operation interface and control system, which is convenient for operators to quickly get started and test.

9. Safety protection mechanism: overload protection, emergency stop and other safety measures are set to ensure the safety of the test process.

10. Strong compatibility: It can be connected with computers and other equipment to achieve data transmission, storage and further processing.

Foam compression tester is an important instrument specifically designed to evaluate the properties of foam materials, with the following significant functions and product features:

It has a high-precision measurement system that can accurately obtain the subtle changes in the foam during the compression process, ensuring the accuracy and reliability of the data. A variety of pressure loading modes are available, whether uniform loading, stepped loading or complex custom loading modes, which can be easily implemented to suit different research and test needs.

The test platform is highly adjustable and can be adapted to foam samples of various shapes and sizes, which greatly improves the versatility of the instrument. In terms of data acquisition and processing, it can collect a large number of data in real time and continuously, and carry out intelligent analysis and calculation, and quickly obtain key parameters such as compression strength, elastic modulus, etc., which provides strong data support for scientific research and production.

The tester is equipped with an advanced visual display system to display the test process and results in the form of intuitive and clear charts and curves, which is convenient for users to quickly understand and interpret. At the same time, it has a powerful storage function, can store a large number of test data properly, easy to follow-up query and comparative analysis.

Its adaptability is also very broad, whether in the laboratory environment for in-depth scientific research, or in the industrial production site for real-time quality inspection, can be excellent to complete the task. For different types of foam materials, such as polystyrene foam, polyurethane foam, etc., the performance can be accurately evaluated.

During the testing process, the instrument can keenly capture the subtle changes and unique characteristics of foam materials under different pressures, providing valuable references for developers to help them develop foam products with better performance and more in line with market needs. At the same time, through long-term monitoring and comparative analysis, enterprises can better grasp the quality trend of products, timely detection of potential problems and improvement.