We will reply to your message within an hour.
Also known as inverted-bucket steam traps, these provide near-continuous discharge to accommodate high condensate levels.
Also known as thermostatic steam traps, these vent cool air and condensate to increase energy efficiency in your steam lines.
Also known as thermodynamic steam traps, these discharge condensate when close to steam temperature for minimal energy loss.
Also known as thermostatic steam traps, these increase the efficiency of your radiator by venting cool air.
Suitable for food, pharmaceutical, and other sanitary environments, these steam traps are made of 316 stainless steel with a Viton® fluoroelastomer O-ring to stand up to frequent washdowns with harsh cleaners and sanitizers.
Improve vacuum system efficiency and protect components from moisture—these separators remove over 90% of water from air.
Clamp these exhaust filters onto oil-sealed, high-vacuum pumps to remove oil, smoke, and other contaminants and keep workplace air clean. Once captured, the oil returns to the pump to be reused.
To keep airborne oil and odor out of your work environment, connect these filters to your high-vacuum oil pump. They purify pump exhaust in two stages: a fiberglass layer captures oil and collects it into a drain, and an active carbon layer removes any odor-causing oil or chemical vapors.
Stop oil mist and smoke from exiting your equipment and into your environment. These exhaust filters are commonly used with small oil-sealed vacuum pumps.
Separators remove 99% of particles from air, gas, and steam lines and have no filter cartridges or baskets to clean and replace.
A float-operated drain valve on these separators automatically opens when the bowl begins to fill. The first step in water removal, use one of these separators to remove the large amount of water as compressed air cools.
These separators have higher flow rates compared to our other compressed air separators. Prevent equipment damage and wear caused by moisture in your compressed air supply. The first step in water removal, use one of these separators to remove the large amount of water created as compressed air cools.
In addition to removing large amounts of water, these separators also remove particles and oil droplets. Place them after your compressor and aftercooler, or at the point of use in applications that don't require an aftercooler.
When water is condensed out of a compressed air system, it contains oil from the compressor that makes disposal difficult. These separators use two-stage filtration to reduce oil content to below 20 parts per million.