R.P. Fedder - Custom HEPA Filters for High-Efficiency Air Quality Improvement
R.P. Fedder is a prominent manufacturer specializing in the design and production of custom HEPA filters, serving a diverse range of industries for over six decades. Their expertise lies in creating mechanical air filters that significantly enhance air quality by capturing at least 99.97% of airborne particles as small as 0.3 microns. Custom HEPA filters stand out for their advanced construction using thin fibers of glass and activated carbon-based materials, often arranged in a mini pleat design for superior filtration capabilities. The filters are expertly matched to specific applications, ensuring optimal airflow and reduced environmental impact. R.P. Fedder adheres to stringent industry standards, providing documentation and testing to ensure compliance with regulatory requirements. They offer tailored solutions that range beyond standard filters, focusing on custom designs that address unique client needs, ensuring longevity, and reduced energy consumption in sensitive environments like cleanrooms, aerospace, and life sciences.
The Leading Manufacturer of Custom HEPA Filters for 60+ Years
For over 60 years, the team at R.P. Fedder has proudly designed and manufactured custom HEPA filters for just about every application under the sun. Our knowledgeable air filtration specialists strive to provide both the custom solutions and low-cost pricing you need.
As the leading custom HEPA filter manufacturer in Western New York, we were founded on a passion for air quality and keeping the air clean. Today, that driving force is behind all of our custom air filtration solutions.
A HEPA filter is a mechanical air filter that significantly improves air quality by trapping extremely small particles, including airborne contaminants like mold, pollen, bacteria, and dust.
HEPA is an acronym that’s short for “high efficiency particulate air.” All HEPA filters are designed to remove at least 99.97% of airborne particles that are .3 microns in size.
Many people hear this definition and assume particles bigger or smaller than .3 microns won’t be filtered out. What other reason could there be for the .3 micron specification?
The truth is, HEPA filters are actually tested against the “worst-case scenario.” Particles that are exactly .3 microns in size are the most difficult for a filter to catch, so they’re the baseline anytime we test our custom HEPA filters.
This is why you can expect at least 99.97% of airborne contaminants to be purified. If particles are bigger or smaller than .3 microns, your custom HEPA filters can provide even higher percentages of air filtration.
If you’re reading this, there’s a very good chance you already know the differences between HEPA filters and their standard counterparts. But the benefits of custom HEPA filters are far less commonly known.
Better Air Quality
At the end of the day, there’s a perfect tool for every job. Custom HEPA filters guarantee the best possible seal and maximum efficiency, no matter the setting.
Higher Equipment Efficiency
When your HEPA filters are tailored to your specific machinery and systems, you can say goodbye to airflow issues. Your products or equipment will run more smoothly and need less maintenance.
Guaranteed Regulatory Compliance
Every industry has its own air quality protocols. Custom filters always meet these requirements, helping you avoid expensive fines and unexpected shutdowns.
Cost-Effectiveness
You might think of custom HEPA filters as a pricier option. But remember, your investment pays off in the long-term—think lower energy bills and far less maintenance.
Protect Sensitive Processes
Many industries, such as aerospace and laser cutting, use highly sensitive processes every single day. Custom HEPA filters help prevent costly defects and precision issues.
Proven Environmental Impacts
Your custom HEPA filters help your products and / or business reduce energy consumption. Demonstrating this commitment to environmental stewardship can make all the difference with consumers and stakeholders.