Advanced Testing Solutions for Optimal Filter Manufacturing

Filter Testing

For filter manufacturers, achieving the highest standards in product performance is critical. Our specialized filter testing solutions are tailored to meet these exacting demands. Whether you produce filters for respiratory protection or air purification, our advanced testing methods help ensure compliance with industry standards. Our automated filter testers are designed for high-volume throughput, facilitating continuous quality assurance. By leveraging cutting-edge technology and reliable testing protocols, we assist manufacturers in maintaining product integrity and safety across a wide variety of applications.

Employees wearing respirators
Employees wearing respirators
Compliance with Industry Standards

Compliance with Industry Standards

Our filter testing solutions are designed to meet the rigorous requirements of NIOSH and standards, such as US 42 CFR 84, GB2626, JMOL, ISO 16900-3, EN 143/149 referring to EN13274-7, ISO 23328-1 and more. With precise and reliable testing protocols, filter manufacturers can ensure that their products meet the necessary safety and performance criteria. 

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Optimized Production Efficiency

Integrate our automated in-line production tester into your production line to achieve high-volume throughput without compromising on quality. This solution provide continuous monitoring and real-time data, enabling manufacturers to detect and address issues promptly, ensuring uninterrupted production flow and consistent product quality.

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Enhanced Product Integrity

Maintain the integrity and safety of your filters with our comprehensive testing solutions. From respiratory protection to air purification, our state-of-the-art methods verify that each filter meets stringent industry standards. By leveraging advanced technology, manufacturers can confidently deliver superior products that perform reliably in various applications.

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Crucial for Filter Efficiency

Differential Pressure Testing

Differential pressure testing measures the resistance a filter poses to airflow, which is vital for assessing both filter efficiency and energy consumption. Lower differential pressure indicates better airflow with less energy use, crucial for HVAC systems. Our testing equipment provides precise measurements, helping manufacturers optimize filter media for minimal resistance while maintaining high filtration efficiency. This balance is essential for creating cost-effective, energy-efficient filters that meet industry standards without compromising performance.

Filter system in industry

Frequently asked questions

Q. Can your equipment determine the MPPS (Most Penetrating Particle Size)?

Yes, the TSI Automated Filter Tester 3160 is a sophisticated filter testing system that performs fractional efficiency testing on filter media which provides a penetration curve for various particle sizes. This information is used to determine the MPPS of the filter media.

Q. What standards do your filter testing solutions adhere to?

Our filter testing solutions comply with international standards, including US 42 CFR 84, GB2626, JMOL, ISO 16900-3, EN 143/149 referring to EN13274-7, and ISO 23328-1. This ensures your filters meet required safety and performance benchmarks, providing confidence in their application across various industries. Contact TSI to discuss your specific testing needs.

Q. What is the importance of filter media characterization?

Filter media characterization, focusing on efficiency and pressure drop, is vital for assessing a filter's particle capture ability and airflow maintenance. These tests help manufacturers optimize filter performance, durability, and energy efficiency. Understanding these metrics leads to improved product development and innovation, ensuring filters are effective in various applications, from residential air purifiers to industrial cleanrooms.

Q. Can your testing equipment be integrated into existing production lines?

Yes, we have a specific automated filter testing solution designed for seamless integration into production lines. This enables continuous, real-time quality assurance, reducing the need for manual inspections and increasing production efficiency.