Therefore, to examine closely the particulars of each process link and provide our users most reliable products is a target always pursued by our skilled staff members with unremitting efforts.
The Challenges to meet while developing ultrasonic flow meters
The challenges has included:
1) how to accurately measure the transit-time,
2) how to reduce the discrepancy between the upstream and the downstream signal paths,
3) how to provide stable results when the signal quality is degraded due to old pipe material, low sound conductivity fluid, the presence of minor particles or air bubbles, and etc.
4) how to treat the short-circuit wave (or pipe-wall born wave),
5) how to reduce installation-induced errors, how to make the installation easy and reliable,
for high temperature application, how to design a high temperature transducer
6) how to provide a user-friendly operation interface, how to provide more functionalities,
7) and, of course, how to reduce the cost.
Different manufacturers have different answers to the above questions. As a result, there are many brands of ultrasonic flowmeters, some of them may work well in a wide range of
applications, some may not. Some may be expensive, and some may be less expensive. Some may be easy to use, some may be difficult. A low-cost, high accuracy, reliable and easy to use ultrasonic flowmeter is always the pursuing goal of all ultrasonic flowmeter manufacturers. ABEST claims to be the top performer along this line. You may take a look at their liquid ultrasonic flowmters together with their "guaranteed high quality, guaranteed lowest price" policy.
