Worker in yellow coverall and gas mask filling silver tank with blue hose in industrial setting.
Technician in full hazmat suit inspects red and blue chemical drums in a storage area.

Meeting industry challenges

IMI's customisable valves support your critical fine chemical processes

Fine chemical manufacturers rely on precise flow control to maintain product quality, process safety and operational efficiency. IMI's specialist valve technologies support critical applications including batch processing, corrosive chemical handling, sampling and purging, product changeovers and the transfer of viscous or challenging process media throughout the production cycle.

Industry expertise

Maintain your operational continuity with our specialist valves

Batch reactor sampling

Enable safe and repeatable sampling of high-value chemical products while maintaining process integrity and product quality.

Vessel draining and product changeover

Support efficient batch transitions, vessel cleaning and maintenance operations with reliable isolation and drainage solutions.

Corrosive chemical processing

Handle aggressive acids, solvents and reactive chemicals with valve technologies designed for demanding process conditions.

Cross-contamination prevention

Protect critical process streams and maintain product purity through dependable isolation and reverse-flow prevention.

High-viscosity and specialty fluid handling

Ensure consistent flow control for resins, polymers, additives and other challenging process media.

Solvent transfer and recovery

Maintain safe and efficient solvent handling across production, purification and recovery systems.

MP Series multi-port ball valve with actuator and flanged ports for 3, 4, or 5-way industrial flow control.

Fine chemical production production

Engineered for repeatable performance

Durable ball valves, actuators, and regulators engineered to handle abrasive, viscous, and high solid media while maintaining flow control and reducing maintenance.

Case Study

Improve pump reliability with accurate cavitation detection

Clear, real‑time insights into cavitation give operators the context needed to fix root‑cause issues and avoid unnecessary energy use. This case study shows how continuous monitoring helped restore efficient single‑pump operation.
Engineer with white safety helmet standing front of oil refinery

Improving performance in industrial processes

Reduce downtime and optimise flow control across demanding industrial environments.