Using a specially treated, adsorbent, polypropylene media the EV-PRO condensate separators efficiently and effectively separate all compressor lubricants without the need for a condensate storage tank, settling chambers or constant disposal. The EV-PRO offers the most reliable solutions to meet environment regulations and ensure you are ISO 14000 compliant.
PRECISION PERFORMANCE
The same commitment to world-class quality found in FS-Curtis compressors is also the foundation of the D Series Compressed Air Dryers. Compressed air users have relied on FS-Curtis to provide compressed air treatment solutions for critical applications worldwide. D Series desiccant dryers improve air systems efficiency by using leading industry technology and premium grade activated alumina.
INDUSTRY LEADING
Membrane dryers use a bundle of tiny tubular fibers that let fast gases like water vapor permeate through the tube wall to be swept away into the ambient. Our membrane fiber technology features multiple strands to form a continuous microscopic sieve that targets and removes “fast gases” like water molecules as a vapor. Pressure dew points from +50°F to -40°F are achieved by balancing the model size, air pressure and volume (scfm) requirements to the application.
SELECTIVE PERMEATION
Through the process of selective permeation, water vapor is removed while leaving the gas composition intact. Each membrane bundle is comprised of multiple tubular membrane fibers, evenly spaced to provide maximum surface area in a compact design. Each helically wrapped layer alternates direction to ensure consistent cross-sectional density and large flow paths for the sweep air that carries the water vapor to atmosphere. No oxygen is lost, which makes these ideal for medical applications.
NO-NONSENSE, SIMPLE AND EFFECTIVE
DA Series offers compressed air users a simple and effective no-nonsense approach to dry compressed air. Great for use with any type of compressor including piston, scroll, rotary vane or rotary screw technologies. The ability to function with inlet temperatures to 150° F makes it ideal for use with tank-mounted reciprocating air compressors that lack an aftercooler.
The DA Series Dryer can be wall-mounted or compressor mounted.
THE PERFECT FILTER FOR YOUR APPLICATION
Designed utilizing innovative air filtration media and manufacturing techniques, CF Series compressed air filters and elements from FS-Curtis increase performance and minimize pressure drop. The result is a savings in operating costs while further protecting your downstream process. Compact and efficient, CF Series filters and mist eliminators are built to FS-Curtis world-class quality standards with comprehensive third-party testing, including ISO and PNEUROP.
QUALITY AIR, RELIABLE PROCESS
The same commitment to world-class quality found in FS-Curtis compressors is also the foundation of RN Series refrigerated compressed-air dryers. RN Series dryers can further extend the operating life of downstream equipment by preventing concentrations of water, lubricant aerosols and airborne particles created during the compression process that can damage equipment, corrode the system and contaminate your product or process. Manufactured to precision specifications for ideal integration with FS-Curtis compressors, RN Series dryers provide a constant dew point that meets the ISO 8573.1 standard to protect your investment, reduce wear and maintenance costs, and maintain your production quality.
SUSTAINABLE ENERGY SAVING SOLUTIONS
Utilizing the latest advancements in heat transfer technology, the RES Series refrigerated dryers offer an innovative approach to efficiently remove liquid contamination from compressed air.
RES Series dryers are designed with 4-in-1 heat exchangers (patent pending) and a phase change material (PCM) encapsulated between the refrigeration and compressed air circuits, serving as a highly effective reservoir for thermal storage. The PCM possesses high latent heat properties which enables it to melt or freeze at a constant temperature. The phase change material will absorb heat from warm, moisture-laden compressed air without a significant rise in temperature. The phase change material stays colder for longer periods of time, cycling the refrigerant compressor less often than conventional energy-saving designs.