This article was originally published on July 25, 2022, and was updated on May 21, 2025. In tough OEM environments, reliable pressure measurement isn't a given, but it is a necessity. From the rugged terrain of agricultural machinery to the high-stakes precision of performance racing, selecting the right pressure transducer can make all the difference in system performance and longevity. Getting it wrong can affect both your product and your customers. For more than a century, Ashcroft has been a trusted partner that OEMs and system integrators rely on to meet quality, delivery and budget requirements, ensuring you always have the right pressure and temperature instruments for the job. Read this article to explore the features, capabilities and specifications of the Ashcroft® S1 OEM Pressure Transducer. This high-quality, robust and economical sensor is designed for large-volume manufacturing at an economical cost and is available for quick lead times. When you finish reading, you will have enough information to decide if this pressure sensor is a good fit for your OEM system.

This article was originally published on August 15, 2022, and updated on May 19, 2025. Pressure switches are essential components in a wide range of industries and applications. From maintaining safe operation in burners and boiler systems and monitoring hydraulic pressure in industrial machinery, to controlling pump systems in water treatment facilities and ensuring safety in chemical and petrochemical equipment—pressure switches are everywhere. However, be aware that various factors can affect the performance of your pressure switch in certain applications. Selecting the appropriate microswitch is a minor yet crucial step to guarantee consistent and accurate readings. Read this article to learn about the different microswitch options available and the applications for which they are best suited. You will also see links to additional resources that can help deepen your knowledge about pressure switches and how they are used.

This article was originally published on September 20, 2021, and updated on May 14, 2025. In the semiconductor industry, precision and purity are non-negotiable. Even the slightest contamination can compromise the performance of an entire manufacturing process. That’s why pressure instrumentation must meet the highest standards for cleanliness, chemical compatibility and reliability. Whether you're managing wafer fabrication or plating processes, you need a gauge designed to protect your process, your equipment and your product integrity. Ashcroft understands this challenge and has been providing semiconductor manufacturers with effective solutions for decades. Equipped with extensive industry-specific experience, we engineer, manufacture, test and distribute the instruments necessary to keep your semiconductor production running with optimal results. Read this article to learn how one of those instruments, the Ashcroft® 63 mm HPT Pressure Gauge, delivers trusted performance in chemical delivery systems, ultrapure water applications and other critical environments. At the end of the article, you will be directed to additional resources to learn more about semiconductor processes and choosing the best instruments for your applications.

In sterile environments, including pharmaceutical manufacturing, food & beverage production and biotechnology, pressure gauges must undergo rigorous cleaning and sterilization to ensure hygienic compliance while maintaining process integrity and operational safety. Ashcroft is a globally recognized leader in pressure and temperature instrumentation. As experts in this field, it is our job to fully understand the requirements our products must meet for use in these highly regulated industries and answer customer questions to help them make informed decisions. The question that prompted this article was from a customer who wanted to know the different ways to keep their pressure instruments compliant with hygienic requirements. Read this article to learn what hygienic compliance means for sterile processes, who sets and enforces these standards and how three widely used cleaning methods—Clean-in-Place (CIP), Sterilize-in-Place (SIP) and autoclaving can help your systems prevent contamination. When you are done, you will have a better understanding of these processes, applications, benefits, and limitations as they relate to sanitary operations. You will also be directed to additional resources that can help you determine which instruments are best suited to keep your system running safely and efficiently in sterile environments.

This article was originally published on September 26, 2022, and updated on May 8, 2025. In industries such as oil and gas, chemical processing and manufacturing, maintaining precise pressure control is an important factor in ensuring operational safety and efficiency. A pressure switch is an effective solution to help regulate your system, but its effectiveness depends on the mechanics behind these instruments. In this article, we will focus on the term deadband and its role in maintaining pressure accuracy in your applications. With Ashcroft's extensive expertise in pressure instrumentation, you will gain insights into optimizing the usage of pressure switches to ensure your systems run smoothly and safely. When you are finished reading, you will also have access to additional resources to help deepen your knowledge about choosing the right pressure switch for your specific needs.

This article was originally published on May 15, 2023, and updated on May 5, 2025. For certain applications in water/wastewater and other industries, pressure instruments such as gauges, switches, and transmitters are susceptible to clogging and corrosion. At Ashcroft, we understand that exposure to these conditions can damage the instrument, which can lead to inaccurate measurements and jeopardize the safety of your operation. Isolators, such as isolation rings, are designed to protect instruments from damage caused by clogging due to large slurries. Diaphragm seals, on the other hand, are used to protect instruments from chemicals like sodium hypochlorite, sodium fluoride or chlorine. However, removing the instrument from the isolator in the field can be hazardous. Read this article to learn the dangers and discover one way you can perform this task safely.