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    • Compressed Air Dryers 60 - 100 CFM Capacity

    CompressorPros carries compressed air dryers rated for 60 to 100 CFM, sized to match mid-range rotary screw and larger reciprocating compressors. This category serves shop owners and facility managers protecting tools, finishes, and pneumatic equipment from moisture. Browse refrigerated and regenerative desiccant dryers, all shipping free, direct from the manufacturer.

    Compare Selected

    What Are 60 to 100 CFM Compressed Air Dryers?

    A 60 to 100 CFM air dryer removes moisture from compressed air at flow rates matching a single mid-size rotary screw compressor, roughly 15 to 25 HP, or a hard-working reciprocating unit. Compressed air always carries water vapor, and as that air cools downstream the vapor condenses, potentially causing rust in piping, damage to air tools, and defects in painting and finishing. At this capacity, a dryer is standard equipment for a serious shop rather than an optional add-on. The category spans refrigerated units like the Schulz ADS-100 100 CFM Refrigerated Air Dryer through the Quincy QPNC-64 Non-Cycling Refrigerated Air Dryer.

    Refrigerated vs. Regenerative Desiccant

    The fundamental choice in this category is how the dryer removes water, and it comes down to the dew point your work requires.

    Refrigerated dryers chill the air so moisture condenses out and drains away, delivering a pressure dew point around 35 to 50 degrees F. That is sufficient for general shop air, pneumatic tools, and most painting and manufacturing. They are simpler to run and use less energy, which makes them the common choice at this flow rate. The COOL 75 Non-Cycling Refrigerated Air Dryer and the Industrial Gold RD60-115 are examples.

    Regenerative desiccant dryers pass air through a desiccant bed that adsorbs moisture, reaching pressure dew points well below freezing. This matters for air lines running through unheated space, instrument air, and moisture-critical processes. The tradeoff is higher operating cost from purge air. The Tsunami 21999-0820 80 CFM Ultra Regenerative Dryer represents this group.

    If your lines run through cold areas or your process cannot tolerate any moisture, desiccant earns its operating cost. Otherwise, refrigerated drying covers most shop demand at this capacity.

    Types of 60 to 100 CFM Air Dryers

    Non-Cycling Refrigerated Dryers

    Non-cycling dryers run their refrigeration circuit continuously regardless of load, delivering a steady dew point with simple, reliable operation. They suit shops with fairly constant air demand. The COOL 100 Non-Cycling Refrigerated Air Dryer and the Quincy QPNC 83 are rated for typical shop conditions.

    High Inlet Temperature Dryers

    When a dryer sits closer to the compressor discharge and the compressor does not have an aftercooler, incoming air can arrive hotter than a standard dryer is rated to handle, which cuts its effective capacity. High inlet temperature models are built for that placement. The Quincy QRHT 75 and the Chicago Pneumatic CPXHT100 tolerate warmer inlet air, which matters in tight installations or hot environments. Piston air compressors without an aftercooler would require a high inlet temperature dryer or you can oversize the dryer by purchasing a standard dryer that is rated for twice the CFM.

    Refrigerated Dryers with Integrated Filtration

    Some packages include pre and final filters, removing particulate and oil aerosol alongside moisture and simplifying specification. The KSI Ecotroc KTA-S85 pairs drying with filtration in one unit.

    Regenerative Desiccant Dryers

    For low dew point at this flow rate, tank and wall mounted desiccant units install permanently into the air system and cycle automatically. The Tsunami 21999-0715 60 CFM Wall Mounted suits shops needing dry air without dedicating floor space.

    Voltage and Power Options

    At 60 to 100 CFM, many dryers run on single phase 115 volt service, which keeps them practical for smaller shops without three phase power. The C-Aire AC KRAD-60 is a single phase example. Larger or higher-duty units may call for other configurations, so confirm your available service before ordering and consult a licensed electrician about any electrical work.

    Key Specifications To Compare

    • Rated CFM capacity: Must meet or exceed your compressor's actual output. An undersized dryer lets moisture pass through untreated.
    • Maximum inlet temperature: Commonly 95 or 100 degrees F on standard units, higher on high inlet temperature models. Air hotter than the rating reduces capacity. High Inlet Temperature Dryers can handle up to 180 degrees F.
    • Pressure dew point: Refrigerated delivers roughly 35 to 50 degrees F, while regenerative desiccant reaches well below freezing.
    • Voltage: Single phase 115 volt is common in this range, which suits shops without three phase service.
    • Pressure drop: Every dryer costs some system pressure. Factor it into your working PSI at the tool.
    • Included filtration: Some packages ship with pre and final filters, others require them separately.

    Because dryer capacity is rated at specific inlet conditions, compare your compressor's actual CFM output and discharge temperature against the dryer's rating rather than matching by nominal numbers alone.

    Frequently Asked Questions

    What size air dryer do I need for my compressor?
    The dryer's rated capacity should meet or exceed your compressor's actual CFM output, with extra margin if the dryer sits near a hot discharge. Sizing to the compressor's nameplate CFM is the usual starting point.

    What is the difference between a refrigerated and desiccant air dryer?
    Refrigerated dryers chill air to condense moisture and reach a dew point around 35 to 50 degrees F, while desiccant dryers adsorb moisture and reach dew points well below freezing. Desiccant costs more to run but is necessary for cold piping and moisture-critical work.

    Does a 60 to 100 CFM dryer run on standard power?
    Many units in this range run on single phase 115 volt service, which suits shops without three phase power. Confirm the voltage on the product page against your available outlet before ordering.

    What is a high inlet temperature dryer and do I need one?
    High inlet temperature models handle air that arrives hotter than a standard dryer is rated for, which happens when the dryer sits close to the compressor. High Inlet Temperature Dryers are typically pared with a piston air compressor. If you cannot place the dryer well downstream of the discharge, a high inlet temperature unit maintains its rated performance.

    What is the most common mistake when buying an air dryer?
    Sizing by the compressor's horsepower rather than its actual CFM output and discharge temperature. A dryer rated at your CFM but fed hotter air than its specification will not deliver its rated dew point.

    Does an air dryer reduce my system pressure?
    Every dryer introduces some pressure drop, which should be accounted for when calculating pressure available at the tool. Check the specification on the product page and factor it into your system design.

    Shop 60 to 100 CFM Compressed Air Dryers at CompressorPros

    CompressorPros carries compressed air dryers rated for 60 to 100 CFM, including refrigerated, high inlet temperature, regenerative desiccant, and filtration-integrated packages. If your flow rate falls outside this range, compare 30 to 60 CFM and 100 to 200 CFM dryers, or browse the full Dryers and Compressed Air Treatment range. All orders ship free, direct from the manufacturer, and our team can help you size a unit or Quote a different option. For help finding the right dryer, Call 803-339-0445 or E-Mail Sales@CompressorPros.com