A.W. Chesterton
How this equipment seals and what features to consider when making a selection.
An introduction to mechanical seals and their applications.
Webinar
In this webinar, we will discuss the application of condition monitoring devices for pumps and seals, which measure specific critical performance parameters.
Sponsored by
Webinar
This webinar will look at the data behind seal failure causes, help to explain what is really happening and what pump users can do to extend the life of their pumps and systems.
Sponsored by
How flow meters, packing and other equipment can help minimize the amount of water needed.
Hydropad technology lowers face operating temperatures and improves efficiency.
Gasket training can be the difference between workers getting home safely or not.
The newest generation of split seals offers cost savings, self-alignment and eliminates need for equipment disassembly.
Understand how to maintain safety and reliability.
Calculation assumptions can lead to shorter equipment life, more downtime.
One wrong pick could be fatal.
One wrong pick could be fatal.
Learn how different metals react, and how corrosion inhibitors can help avoid downtime.
Problematic tasks can require improved performance in extreme operating conditions.
Learn how K factor affects this choice.
Flexible graphite and PTFE are commonly used in cryogenic sealing.
Thanks to recent technological developments, split mechanical seals are now a viable solution to seal large shafts on rotating equipment.
GROVELAND, Massachusetts (May 5, 2016) — A.W. Chesterton Company, an industrial equipment fluid sealing specialist, has expanded its facilities north of Boston with a new state of the art valve emissions testing facility, an industrial training center, and an industrial equipment service location to support its New England-based customers.