Safety is paramount in industries where explosive atmospheres are a risk, and accurate pressure measurement plays a critical role in keeping operations reliable and compliant. ESI Technology’s ATEX-certified pressure transmitters are specifically designed for hazardous environments, offering proven performance where safety cannot be compromised.
Not all pressure transmitters are suitable for explosive zones. Flammable gases, vapours, and dust require instrumentation built to the highest standards of safety and reliability. ESI’s ATEX transmitters are engineered with robust materials, advanced sealing, and intrinsic safety features to ensure dependable performance even in the most demanding conditions.
With decades of expertise in pressure measurement, ESI has a strong reputation across oil and gas, chemical, marine, and process industries. Our ATEX transmitters are tested and certified to international standards, giving you confidence that your equipment not only meets legal requirements but also delivers long-term operational security.
Every hazardous application has its own challenges. That’s why ESI offers flexibility in design and specification, from a wide range of pressure ranges and electrical outputs to compact models for confined spaces. Whether you need reliable transmitters for offshore rigs, chemical plants, or industrial processing facilities, we can provide a solution tailored to your exact requirements.
Downtime or system failure in hazardous zones can result in costly delays and serious risks. That’s why our ATEX transmitters are built and tested for durability, accuracy, and stable long-term performance. Choosing ESI means choosing equipment you can trust, day after day, in the toughest environments.
Beyond the product itself, ESI provides global customer support, from technical guidance during specification to after-sales assistance.
When safety, compliance, and reliability are critical, ESI’s ATEX pressure transmitters are the trusted choice – delivering precision and peace of mind in hazardous area applications.