Overview

Fabric Air Permeability Tester LMFAPT-B101 offers 1 to 1000 Pa pressure range for evaluating tightly or loosely woven materials. It features a 20 cm² test head aligned with standardized textile testing requirements for consistent performance. Integrated with measuring support for up to 12 mm thick, multi-layered or composite samples. Equipped with a high-definition touch screen for seamless parameter setup, real-time monitoring, and data visualization. Our Fabric Air Permeability Tester includes a micro-printer for immediate printout generation.

Features :

Wide Detection Capability

Multiple Unit Readings

Versatile Orifice Plate

Robust Build

Efficient Power Consumption

Specifications :

Pressure Range	1 to 1000Pa
Measuring Range	0.2 to 12000mm/s
Measurement Error	Less than or equal to ±2%
Fabric Thickness	Less than or equal to 12 mm
Sample Test Head	20cm²
Measuring Unit	mm/s, L/m²/s, cm³/cm²/s, dm/min, L/dm²/min, m/min, m/h, cfm
Orifice Plate	1 piece with 8 different apertures
Display	high-definition touch screen
Data Output	built-in micro-printer
Power Supply	AC 220V±10V, 50Hz
Dimensions	890×480×1020mm
Packaging Dimensions	980×580×1160 mm
Net Weight	115 kg
Gross Weight	152 kg

Standard Accessories :

Model no.	Accessory	Unit	Quantity
LMFAPT-B101-H1	Test head (20cm²)	Each	1
LMFAPT-B101-C1	Calibration orifice plate	Each	1
LMFAPT-B101-P1	Thermal paper	Pack	1

Optional Accessories :

Model no.	Accessory	Unit	Quantity
LMFAPT-B101-TH1	Test Head (38.3cm²)	Each	1
LMFAPT-B101-TH2	Test Head (100cm²)	Each	1

Applications :

Fabric Air Permeability Tester LMFAPT-B101 is employed in textile production to determine breathability characteristics of woven, nonwoven, and knitted materials.

Selection Guide :

Fabric Air Permeability Tester LMFAPT-B101 is best suited for researchers and professionals working in textile engineering, sportswear design, medical textiles, and non-woven material testing. It is best for studies related to breathability, filtration, and fabric performance under airflow. The model is particularly useful in quality control labs, research institutions, and educational settings. It supports standard test methods like ISO and ASTM, offers accurate air pressure control, and handles a range of fabric types. The uses mentioned above are not exhaustive; the testing range can be selected based on specific material and performance requirements, making it a versatile choice for diverse testing needs.