Ultrasonic leak detectors produce high-frequency, powerful pulses that travel through materials as waves. When there is a surface defect or interruption, some energy is reflected back instead of traveling through materials. To find a leak, ultrasonic leak detection locates high-frequency sounds of leaking pressurized gas. If the leak is turbulent, the leak detector only needs to discover compressed air. Read More…
Airgas is an industry-leading distributor of gases and other gas related products. We have been serving the industry since 1982 and have since become one of the biggest gas distributors in the packaged gas industry. Some of the packaged gases we offer include compressed air, argon, carbon dioxide, helium, hydrogen, methane, oxygen, propane, and propylene. In addition, we offer safety products,...
Since 1981, leak detectors have been our business. We believe in creating high quality products that will benefit customers in all industries around the world. We remain partners with all customers and work with you to find the best leak detection solution for you. You can learn more about us online, or simply give us a call to learn more about us in person!
Industrial Physics provides leak detectors, gas leak detectors, leak testing, helium leak detectors, flow product testers and package test equipment for seal strength and package integrity (leak) tests. All feature SQC analysis for proactive process control. We feature custom fixturing for your testing needs.
CPS® Products is a manufacturer of several models of leak detectors and leak detection systems for refrigerants and combustible gases. Our leak detectors detect halogen-based gases plus acetone, ammonia, benzene, carbon monoxide and other substances. Call today for more information!
More Ultrasonic Leak Detector Manufacturers
An ultrasonic detector is effective if it converts high-frequency leak sounds to lower ranges – a process called heterodyning. Hissing leaks can be located by listening through a pair of headphones. Every turbulent gas will produce ultrasound when it leaks. Ultrasonic detectors can even pick up air rushing into a system while being vacuumed.
Ultrasonic Maintenance Examples
Ultrasonic maintenance works for lots of equipment. Vacuum leak detection, gas leak detection, and compressed air leak detection are common applications of ultrasonic technology.
- Inspection of complicated air and gas pipe networks: Compressed air and compressed gasses are necessary for facilities to function. An intricate network of pipelines distributes these gasses from a central point. Leaks can happen anywhere, causing expensive repairs. Ultrasonic leak detection is the quickest, most precise method for finding even the smallest leak in a system.
- Safety enhancements: The main problem caused by compressed air leaks is efficiency loss. However, safety takes precedence when a system is leaking harmful or dangerous gases. Leaks can place staff in immediate danger, so leaks must be rapidly located and fixed.
Advantages of Ultrasonic Leak Detection
- Reliable air and gas delivery: Leaky systems use more energy to keep the pressure at the same level. If there are enough leaks, the system won't function properly. This could lead to a chain reaction of inefficiencies in compressed gas-dependent end-use processes or the termination of those operations.
- Improved safety: All working staff are significantly at risk from hazardous gas leaks. Ultrasonic leak detection allows companies to comply with safety standards.
- Low maintenance costs: By spotting leaks as soon as they appear, repairs can be planned for a time that won't interfere with output. Massive failures requiring involved, and expensive repairs are minimized or completely avoided.
Drawbacks of Ultrasonic Leak Detection
Ultrasonic equipment can rarely be automated, allow users to test to a leak rate standard, provide repeatable accuracy, or offer test result management.
There are leak detection techniques that offer more precise and controlled leak testing. The typical ultrasonic leak detection device can only identify leaks in the 60 sscm range. The operator’s performance, environmental context, and capacity to separate sound frequency from background noise all affect the efficiency of ultrasonic leak detection. It’s harder to identify leaks when acoustical leak testing is carried out on insulated lines, underground, or through walls.
Choosing the Correct Ultrasonic Leak Detector Manufacturer
To ensure you have the most positive outcome when purchasing ultrasonic leak detectors from an ultrasonic leak detector manufacturer, it is important to compare several companies using our directory of ultrasonic leak detector manufacturers. Each ultrasonic leak detector manufacturer has a business profile page highlighting their areas of experience and capabilities, along with a contact form to directly communicate with the manufacturer for more information or request a quote. Review each ultrasonic leak detector business website using our patented website previewer to quickly learn what each company specializes in. Then, use our simple RFQ form to contact multiple ultrasonic leak detector businesses with the same form.
