Tech Hose

Pneumatic Actuated Butterfly Valve

Showing 1 to 24 of 51 results

BFLY DI/EP PRISMA DA ACT

BFLY DI/EP PRISMA DA ACT

£310.04
L+T BFLY DA ACT

L+T BFLY DA ACT

£274.82
L+T BFLY SA ACT

L+T BFLY SA ACT

£363.21
L+T BFLY SS/NBR

L+T BFLY SS/NBR

£380.53
L+T BFLY SS/SS/FKM

L+T BFLY SS/SS/FKM

£393.69
L+T BFLY SS/SS/FKM HAIT

L+T BFLY SS/SS/FKM HAIT

£418.63
PN16 L+T BFLY PRISMA DA ACT

PN16 L+T BFLY PRISMA DA ACT

£279.28
PN16 L+T BFLY SA ACT

PN16 L+T BFLY SA ACT

£208.25
PN16 L+T BFLY SS/EP HAIT DA ACT

PN16 L+T BFLY SS/EP HAIT DA ACT

£191.34
PN16 L+T BFLY SS/FKM HAIT DA ACT

PN16 L+T BFLY SS/FKM HAIT DA ACT

£252.40
PN16 L+T BFLY SS/FKM HAIT SA ACT

PN16 L+T BFLY SS/FKM HAIT SA ACT

£277.36
PN16 L+T BFLY SS/NBR HAIT DA ACT

PN16 L+T BFLY SS/NBR HAIT DA ACT

£324.05
PN16 L+T BFLY SS/NBR HAIT SA ACT

PN16 L+T BFLY SS/NBR HAIT SA ACT

£204.47
PN16 L+T BFLY SS/PT HAIT DA ACT

PN16 L+T BFLY SS/PT HAIT DA ACT

£235.35
PN16 L+T BFLY SS/PT HAIT SA ACT

PN16 L+T BFLY SS/PT HAIT SA ACT

£260.30
PN16 L+T BFLY SS/SS/EP HAIT DA

PN16 L+T BFLY SS/SS/EP HAIT DA

£391.90
PN16 L+T BFLY SS/SS/EP HAIT SA

PN16 L+T BFLY SS/SS/EP HAIT SA

£416.86
PN16 L+T BFLY SS/SS/NBR HAIT DA

PN16 L+T BFLY SS/SS/NBR HAIT DA

£389.87
PN16 L+T BFLY SS/SS/NBR HAIT SA

PN16 L+T BFLY SS/SS/NBR HAIT SA

£414.83
WAFER BFLY AB/EP F/W HAIT DA ACT

WAFER BFLY AB/EP F/W HAIT DA ACT

£184.60
WAFER BFLY AB/EP F/W HAIT SA ACT

WAFER BFLY AB/EP F/W HAIT SA ACT

£209.57
WAFER BFLY AB/NBR F/W HAIT DA ACT

WAFER BFLY AB/NBR F/W HAIT DA ACT

£182.34
WAFER BFLY AB/NBR F/W HAIT SA ACT

WAFER BFLY AB/NBR F/W HAIT SA ACT

£207.32
WAFER BFLY DI/EP F/W HAIT DA ACT

WAFER BFLY DI/EP F/W HAIT DA ACT

£175.99
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Pneumatic actuated butterfly valves provide automated flow control for various industrial processes. These valves utilise compressed air to rotate a disc, enabling precise regulation or shut-off of liquids, gases, and slurries within pipelines. They are commonly employed in water treatment, chemical processing, and HVAC systems due to their quick operation and robust design, ensuring reliable performance in demanding environments.