Media first
Match valve geometry to viscosity, particulates, shear sensitivity and clean regime.
Hygienic flow control / United Kingdom
Engineered clean.
Proven under pressure.
Hygienic valve selection for food, beverage and pharmaceutical processes—made precise.
From production line to surface detail
The whole process
turns on this.
The supplied engineering model moves from context to inspection, revealing the stainless-steel component at the moment the story narrows to the decision.
Scroll to inspect
BVP3002E-MS / 316L APPEARANCE
A clean process is never accidental.
Every radius, seal and surface has a consequence. We make those consequences clear before they reach your line.
Clean by design
Interrogate drainability, dead legs, seal exposure and surface finish as one system.
Evidence ready
Build the material, compliance and validation trail into the specification from day one.
One line. Four very different decisions.
Start with the process constraint—not the catalogue page. Each family reveals the duty it is designed to solve.
01Hygienic Ball ValvesFull-bore isolationUnrestricted flow for viscous media, particulates, piggable lines and low pressure drop.02Hygienic Butterfly ValvesCompact clean isolationLow-mass shut-off for space-sensitive food, beverage and utility lines.03Actuated Hygienic Ball ValvesAutomated full-bore controlPneumatic switching, fail-safe states and feedback for automated clean process routes.04Actuated Hygienic Butterfly ValvesFast automated isolationCompact pneumatic shut-off for valve matrices, CIP circuits and high-cycle utilities.
Food
Protect texture, taste and throughput.
Beverage
Switch routes without compromising the clean cycle.
Pharma
Put cleanability and documentation at the centre.
Biotech
Control delicate media with repeatable precision.
Your process is the brief.
The valve earns its place only when it protects product, cleaning time and operator confidence together.
01 / application02 / application
Protect flavour, texture and throughput
Food & Beverage
Valve decisions that respect particulates, viscosity, allergens, clean-in-place cycles and the relentless pressure of production uptime.Explore application ↗Design the clean state—and the evidence
Pharmaceutical
Cleanable valve assemblies for utility and process duties where surface finish, drainability, materials and documentation must remain aligned.Explore application ↗A more useful catalogue
No theatre
without proof.
Cinematic pacing gets attention. Clear engineering decisions keep it. Compare cleanability, actuation, maintenance and compliance without the sales fog.
Put a duty point in front of us ↗SurfaceFinish & cleanability
DutyPressure & temperature
MediaViscosity & sensitivity
CycleCIP / SIP strategy
Useful before the first drawing.
Readable selection guidance for engineers, project teams and operators—written around real process questions.
01 / Selection guide
How to Select a Hygienic Ball Valve
A practical route from product properties and cleaning risk to bore, seat, connection and maintenance access.
6 min read ↗02 / Valve typesWhere Hygienic Butterfly Valves Earn Their Place
Why compact geometry, simple service and fast isolation make the butterfly valve a clean-process workhorse.
5 min read ↗03 / AutomationActuated Hygienic Valves: Start with the Safe State
A control-minded guide to actuator sizing, air failure, feedback, cycle time and maintenance access.
6 min read ↗04 / Food & beverageFood and Beverage Valves Through the CIP Lens
Use the verified clean cycle—not habit—to compare geometry, seals, routing and production availability.
6 min read ↗05 / PharmaceuticalPharmaceutical Hygienic Valves: Design the Evidence
Connect geometry, surface condition, elastomer exposure and documentation before qualification begins.
6 min read ↗06 / CleanabilityCIP Valve Selection: Dead Legs, Flow and Drainability
A system view of the three details that most often separate a clean-looking layout from a cleanable one.
5 min read ↗07 / Materials316L Stainless Steel Valves and Surface Finish
What material grade and roughness can tell you—and what they cannot—about cleanability and service life.
5 min read ↗08 / MaterialsHygienic Valve Seals: EPDM, FPM and PTFE
A duty-based way to compare chemical resistance, temperature, recovery and wear without choosing by acronym.
6 min read ↗09 / Illustrative caseIllustrative Case: Faster Beverage Changeovers
A clearly labelled scenario showing how route logic, feedback and maintenance design can recover production time.
5 min read ↗10 / ComparisonButterfly Valve vs Ball Valve in Hygienic Service
A direct comparison of envelope, flow path, cleanability, product handling, automation and maintenance.
6 min read ↗Contact / specificationTell us what the line has to do
Start with the hard part.
Share the media, clean regime and operating conditions. We’ll help frame the right valve decision.