About LYNEYI

At Lyneyi, we don’t just produce filtration media—we understand it.

Driven by innovation, LyneYi invests significantly in cutting-edge research and development, supported by advanced laboratories and rigorous testing facilities. This commitment ensures our products meet the highest standards of quality, reliability, and efficiency. Serving a broad range of industries such as cleanrooms, HVAC, industrial filtration, and environmental protection, we offer customized solutions tailored to meet specific filtration challenges.

Our multidisciplinary team of experts collaborates closely with clients to develop media that deliver superior contaminant capture, low pressure drop, and long service life. At LyneYi, continuous innovation and customer-centric design underpin our mission to provide sustainable, effective filtration technologies that enhance air quality and protect critical environments worldwide.

Every product is backed by robust in-house R&D and lab testing capabilities, ensuring it meets or exceeds global standards for efficiency, durability, and environmental safety.

Our mission is simple: To engineer smarter, more effective filtration media by combining scientific precision with real-world understanding. 

To be the world’s most trusted partner in advanced fiber filtration by providing materials that combine technical excellence with proven practical performance.

Built on Performance

With a powerful foundation in R&D, Lyneyi brings science to the front line of filtration.
Our innovation center is equipped with advanced testing labs for:

Particle filtration efficiency

Airflow resistance and pressure drop

Chemical compatibility and stability

Long-term performance simulation

Quality Assurance

TSI 8130A Automated Filter Tester

Tests respiratory filter media using DEHS, PAO, or NaCl. Measures pressure drop, particle penetration, and efficiency under controlled airflow.

TSI 3160 Automated
Filter Tester

High-speed tester for filter media using NaCl or oil aerosols. Provides precise measurements of efficiency and pressure drop for quality control and R&D.

Thermo Scientific H₂S and SO₂ Analyzer

A high-precision analyzer that uses pulsed fluorescence to measure hydrogen sulfide and sulfur dioxide in ambient air. 

ISO 16890
Test Duct

A testing system used to measure air filter efficiency for PM1, PM2.5, and PM10 under controlled airflow, following ISO 16890 standards.

Scanning Electron Microscope, (SEM)

A high-resolution microscope that uses electron beams to capture detailed surface images of materials at the micro and nano scale.

Chemical Contaminant Monitoring

The process of detecting and measuring harmful gases or vapors in the air to ensure safety, compliance, and environmental quality.