Air Permeability Tester LFAP-T2010

Introduction

Air Permeability Tester measures air flow with a permeability range of 0.1 to 10,000 mm/s. With a sample pressure ranging from 0 to 4,000 Pa, it is suitable for a diverse array of materials. Features an integrated microcomputer that provides immediate test results. Equipped with a high-precision sensor, ensuring reliable and steady airflow measurements.

This test equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Air Permeability Tester is widely used across industries such as Textile, Filtration, Medical and Healthcare, Paper, and Packaging, as well as in research domains to evaluate material's breathability and performance.

Specifications

Measurable Permeability	0.1 to 10000 mm/s
Sample Pressure Range	0 to 4000 Pa
Measurement Error	≤ ± 2 ％
Sample Thickness	≤15mm
Test Area	5 cm², 20 cm², 50 cm², 100 cm²
Data Processing Capacity	≤ 10000 tests
Power Consumption	2 KW
Power Supply	AC 220 V 50 Hz
Dimension	600 × 700 × 1100 mm
Net Weight	80 Kg
Packaging Dimension	790 × 650 × 1300mm
Gross Weight	123 Kg

Features

Continuous air permeability monitoring

Automated sample handling

Adjustable nozzle for various materials

English with PC integration for ease of use

FAQs

1. What characteristics correspond to the 's?

product comes with an adjusting nozzle for different materials, automated sample processing, continuous air permeability monitoring, and an with PC integration for user-friendliness are some of the main characteristics of the .

2. Is your tester capable of handling various types of materials?

A variety of materials, including textiles, paper, nonwovens, and foams, can be tested using our testers.

3. What is the Air Permeability Tester 's measuring error?

Air Permeability Tester ’s measuring error is ? ± 2 ?.

4. What is an air permeability tester?

The rate at which air moves through a particular material under particular circumstances can be measured with an advanced device called an air permeability tester. It measures the airflow in terms of air permeability, which is commonly defined as the amount of air that moves through a certain part of the material in a particular amount of time.

5. How does an air permeability tester evaluate a material's capacity to pass air?

To measure an item's air permeability, it measures the rate of airflow and how much pressure decreases after forcing air through a sample of the material.

6. What elements might influence the outcomes of an air permeability test?

The elements including density, material thickness, temperature, humidity, and calibration of test equipment may affect the outcomes of the air permeability test.

7. Which units can be used when measuring air permeability?

When measuring air permeability, one can use cubic feet per minute per square foot (/ft2) or cubic centimeters per second per square centimeter (cm³/s/cm²).

8. How often should the calibration of air permeability testers be done?

To guarantee accurate results, regular calibration is advised. This should usually be done once a year, though it may need to be done more regularly based on usage and manufacturer recommendations.