Overview

Paper Air Permeability Tester LMPPT-A100 offers 5 to 2500 ml/min airflow range for diverse testing procedure. It enables measurements on a standardized surface area, ensuring adaptability across varied sample types. Incorporated with 0.05 kPa to 4 kPa pressure variance, delivering reliable permeability evaluations. It features an intuitive touchscreen interface for real-time monitoring of operational parameters. Our Paper Air Permeability Tester is equipped with automated calculations, minimizing manual efforts and enhancing efficiency in results.

Features :

Multiple Estimation Units

High Resolution

Compact and Sturdy Design

Low Maintenance

Micro-printer 

Specifications :

Measuring Range	5 to 2500ml/min, 0.1 to 42μm/(Pa•s)
Measuring Unit	μm/(Pa•s), CU, ml/min, s/100ml
Resolution	0.01 μm/Pa•s, 0.06ml/min, 0.1s/100ml, 0.1CU
Airflow Error	Less than or equal to 1%
Differential Pressure Error	Less than or equal to 1%
Measuring Area	10cm², 6.42cm²(selectable)
Pressure Difference	0.05kPa to 4kPa
Display	Touch screen
Printing Method	Built-in Micro-printer
Dimension	330 × 340 × 490 mm
Weight	30kg

Applications :

Paper Air Permeability Tester LMPPT-A100 is essential for evaluating airflow through insulation boards, fiberboards, and porous structures in construction materials while aiding research and quality control by facilitating material assessments in laboratories and production settings.

Selection Guide :

Paper Air Permeability Tester LMPPT-A100 is suitable for quality control personnel and researchers handling paper, board, and filter materials. It is best suited for studies focused on material characterization, packaging performance, filter media analysis, and sustainability comparisons. The product is widely used in applications like printing paper testing, cigarette paper analysis, and tissue or insulation material evaluation. Its compliance with international standards, automated operation, and high accuracy make it perfect for experiments requiring repeatable and reliable air permeability measurements. The uses go beyond these examples, with testing parameters adaptable to suit the unique properties and performance needs of different materials.