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This article was originally published on April 11, 2022 and updated on October 20, 2025. Pressure gauges are instruments designed to deliver reliable and accurate readings in demanding applications. Yet, even the most durable gauges can lose accuracy or fail prematurely if they aren’t stored correctly. Many issues that appear as calibration drift or pointer error actually begin long before the gauge is installed—during storage and handling. As a trusted authority in pressure and temperature instrumentation for more than 170 years, Ashcroft has seen how improper storage can shorten the life of an otherwise high-quality gauge. In this article, you’ll learn how to properly store a pressure gauge, how environmental conditions affect performance, and what steps ensure your instruments remain ready for use.

Selecting the right process connection for your pressure gauge, switch, or transmitter may seem like a small decision—but it can make the difference between a reliable installation and one that leaks, fails, or requires costly rework. With so many connection options available, it’s easy to feel uncertain about which one is the best fit for your application. That’s where Ashcroft can help. With over a century of experience in pressure instrument manufacturing, we’ve guided countless customers through their connection challenges. Read this article to learn why process connections matter, the different types available, what they’re best suited for and how to select the right one for your system.

Pressure gauges are among the most widely used instruments in industrial, commercial and sanitary applications. From monitoring boiler pressure to validating sterile conditions in pharmaceutical processes, gauges provide operators with the real-time data they need to keep systems safe, efficient and compliant. But what happens when a gauge stops working? While it may seem practical to repair the instrument instead of replacing it, this is not always the best option. Ashcroft, a leading authority on pressure gauges since 1852, has been addressing this question with customers for more than a century. Read this article to understand why replacing a damaged gauge can be a better option than trying to repair it on your own.

When selecting a mechanical pressure or temperature gauge, many engineers and technicians focus on the gauge’s range, accuracy or material compatibility. But did you know the pointer type can be just as critical? The wrong pointer can result in poor visibility, missed pressure events, or other system issues. With so many options to choose from, it can be difficult to know which pointer type is the best fit for your application. As a trusted authority in pressure and temperature instrumentation, Ashcroft has helped customers across industries, from energy and water treatment to OEM and chemical/petrochemical applications, identify the right pressure monitoring solutions for over a century. In this article, part of our “Understanding the Basics” series, we’ll walk you through several common pointer types, show you how they work, what they’re best used for and the pros and cons of each. Read on to help you decide which pointer is the best for your needs.