Precision and reliability
We are the leading provider of valves for process steam control. Our valves ensure precise and reliable operation, optimising efficiency in various industries. In fine chemicals and paint sectors, our valves guarantee purity for high-quality products and smooth batch transitions. We also offer safety valves for critical processes operating under extreme conditions.
Fine Chemicals
Ensuring purity and cleanliness in fine chemical production with innovative valves like Flush Bottom Tank Outlet and Transmitter and Instrument Isolation valves. Reliable solutions for batch processing, draining, gauge calibration, and flushing.
Paint
IMI PBM’s specialist valves ensure precise flow control, prevent contamination, and enhance efficiency in high-quality paint, resin, and adhesive production. Our custom-designed valves are perfect for automotive, domestic, and marine coatings, reducing downtime and improving overall plant performance.
Paper and pulp
For over 90 years, IMI Critical Engineering has been the industry leader in precise steam control for pulp and paper production. Our tailored control valves and desuperheating solutions ensure efficient operations, prevent damage to finished products, and safeguard paper runs. Trust our expertise for reliable and accurate steam control.
Ethanol and sugar
Our valves play a vital role in controlling process steam for converting raw sugar into refined sugar, ethanol, and by-products. They offer excellent rangeability, ensuring accurate and stable steam pressure and temperature control in various operating conditions.
Global expertise and manufacturing
Our team of over 2,900 experts are committed to delivering precision-engineered flow control solutions, expert installation, and lifetime servicing, with a deep understanding of the entire process enabling us to provide tailored solutions that ensure unparalleled reliability and performance. With manufacturing facilities in 12 countries and a global service network, we are dedicated to providing you with exceptional reliability and performance.
