HVAC Filter Media: Performance That Lasts
Initial filtration efficiency is an important parameter when selecting HVAC filter media. However, it does not necessarily show how the material will perform throughout the filter’s service life.
Pressure drop, material structure and performance stability can influence both energy consumption and the reliability of the finished filter.
In this video, Mads Bojda and Çağrı Tekmen discuss the considerations behind multi-layer filter media for HVAC and depth filtration. They explain what filter manufacturers should evaluate when comparing media for residential, commercial and industrial applications.
The video also introduces current material requirements, including PFAS-free and glass-fibre-free solutions, and looks at how technical data and testing can support the selection process.
Watch the video to explore what lies behind long-term HVAC filter performance.
Technical Production Capabilities: Technologies That Enhance Performance
Filter media may require more than a carefully selected substrate. Properties such as conductivity, water and oil repellency, flame resistance and filtration efficiency can be decisive in the final application.
In this video, Benjamin Huusom introduces some of the technologies available at JP Air Tech for modifying and enhancing filter media.
See how different surface treatments and fibre technologies can add targeted functionality and help manufacturers adapt materials to specific performance requirements.
Quality Control: Tested at Every Step
Consistent filter media quality depends on control throughout the entire production flow – from incoming materials to final release.
In this video, Quality Engineer Johan Gottschalk Sørensen explains how materials are tested and documented at different stages of production.
He also looks at how deviations are handled and how the process supports traceability, consistent specifications and documented quality.
Laboratory Capabilities: Testing Beyond the Data Sheet
Reliable filter media selection requires more than a data sheet. Material structure, mechanical strength, air permeability and filtration efficiency must all be understood in relation to the intended application.
In this video, Çağrı Tekmen takes you inside JP Air Tech’s laboratory and introduce the equipment used to analyse materials and evaluate performance.
From electron microscopy and tensile testing to filtration, dust-loading and humidity tests, the laboratory supports both quality control and product development.
See how different test methods provide a clearer picture of how filter media may perform under relevant operating conditions.
Research & Development: From Application Need to Field Test
Filter media development can begin with an internal product idea or a specific application requirement from a customer.
In this video, Çağrı Tekmen explains how JP Air Tech combines internal development with flexible customer co-development.
He follows the process from understanding the application and producing the first material sample to pleating, laboratory testing and evaluation under relevant conditions.
See how close dialogue, iterative adjustments and documented testing can turn a specific filtration need into a practical, application-ready filter media solution.