Tyre manufacturing depends on solenoid valves that switch reliably through thousands of curing-press cycles - a valve that lags or sticks directly costs press throughput.
We supply the solenoid and directional control valve range for curing presses, mixing/Banbury lines and utility steam circuits, including genuine Duncan pneumatics and matched equivalents.
Where these get used
| Application area | Typical duty |
|---|---|
| Curing presses | Solenoid valves piloting press-cycle pneumatics |
| Mixing & Banbury lines | Directional control valves for rubber-mixing utility circuits |
| Steam & utility control | Control valves for curing-steam applications |
| Bladder & vent control | Fast-response solenoid valves for cure-cycle timing |
Products specified into this industry
Solenoid & Directional Control Valves
Full 5/2 & 3/2 range - pilot-operated, direct-acting, hand-lever, poppet and Namur designs.
View range
Control Valves
Modulating process control - steam, water and general process media.
View range
Pneumatic Actuators
Rotary & linear actuators sized to torque, media and fail-safe duty.
View rangeSupplied to plants operated by
- Reliance
- Aditya Birla
- GSFC
- GNFC
- GIPCL
- UPL
- Wonder Cement
Company names and marks are shown to identify plants we have supplied. All trademarks belong to their respective owners; no endorsement or affiliation is implied.
Frequently asked
What response time matters for curing-press solenoid valves?
Quick response to actuation matters directly to cure-cycle timing and press throughput - this is why press-duty valves are typically direct-acting or pilot-operated designs selected for low friction, fast-switching dynamic seals.
Do you supply genuine Duncan (Schrader Duncan) solenoid valves?
Yes - Duncan Engineering Ltd (formerly Schrader Duncan) is one of our authorized lines, alongside matched equivalents when lead time or a discontinued part requires it.
Have a spec for this application?
Send it over - we size to torque, media and fail-safe duty, and target a quote inside 24 hours.