BVPD – Wafer BLPD – Lug

• DN 50 – 500 • 2” – 20”
• Soft seated butterfly valves
• P max: 6 Bar designed for low pressures and powder convey

BVKI – Wafer BLKI – Lug

• DN 40 – 800 • 1” 1/4 – 32”
• Soft seated butterfly valves
• P max: 16 Bar designed for all applications

BFKI – double flange

• DN 80 – 600 • 3” – 24”
• Soft seated butterfly valves
• P max: 16 Bar double flanged

BVKA – Wafer BLKA – Lug

• DN 40 – 800 • 1” 1/4 – 32”
• Soft seated butterfly valves
• P max: 20 Bar

BVKX – Wafer BLKX – Lug

• DN 50 – 250 • 2” – 10”
• Soft seated butterfly valves
• P max: 25 Bar

GHIBSON Soft seated butterfly valves are designed to meet with most industrial applications, from powder conveyance to petrochemical requirements.The valves are manufactured in four different versions with sizes from DN 40 to DN 800, pressures up to 25 bar and many different materials.We can supply valves- manually operated (with levers or gearboxes)- pneumatically operated (with double or single acting actuators)- electrically or hydraulically operatedWe also offer special solutions in many different materials.

Testing：API 598, ISO 5208
Pressure-Temperature Rating：API 609
Valve Design：ASME B16.34, MSS-SP-68
Anti-Blow-Out Stem：API 609
Facc-to-Face：API 609, MSS-SP-68, ISO 5752
Fire Safe：API 607
Low Fugitive Emission Gland Packing System ：DIN3780, MSS-SP-143
Marking：MSS-SP-25, API 609
Top Mounting：ISO 5211
Suitable Flange：ANSI 150lb, 300lb,
DIN:PN10, 16, 20, 25, 40, 50
JIS: 10K, 16K, 20K, 30K, 40K

 Gland Flange :A fully adjustable two-piece gland flange to make sure an even packing load over 360 °

Anti-Blow-Out Stem : Protecting stem blow-out caused by pressure.

Gland Bush : Standing alone with Gland Flange, preventing uneven down-pressure on gland packing.

Gland Packing : Use PTFE or same as Valve Seat. Performance is compliance with API 598’s
testing pressure.

Valve Seat : Bi-direction zero leakage design. Use Higa-PTFE, RTFE, or UHMWPE

Taper Pin : Tangentially positioned half in disc and half in stem to
eliminate potential of failure.

Patented Retainer Ring : A no-screw-floating degin to elimate cold flow. This deign
provides positive tight shut-off of seat. Surface roughness is
125-200AARH

Thrust Ring : Use 316 as material. Position in bottom of stem for preventing
incorrect stem shift.

Bottom Cover : Use rigid 316 as material to prevent abnormal leakage

Bottom Gasket : Use RTFE or GRAPHITE as material.

Valve Stem : Use stainless-steel with hard chrome plated. A strong and rigid
one-piece-stem design which largely increase overall strength.
Stem and corresponding components size are all compliance
with ISO 5211. Stem material and disc position is marked on the
top of stem.

Self-Lubrificant Bush : Use PTFE+316 as material to lower down stem’s friction factor.

Valve Disc : Use stainless-steel with hard chrome plated. A
streamlined design with great enhancement on
lowering noise and turbulence.

Valve Body :Compliance with API 609 & ASME B16.34. In order to make valve context
intuitive and straightforward, an additional name plate is designed to mark
detail information.

Lock Pin and Spring :Use PTFE. While Reatiner Ring moves to locking position, spting will
pop-up and push pin locked in Reatiner Ring.

Thrust Plate : Use stainless-steel 316+PTFE to reduce operating friction between
Use RTFE or GRAPHITE as material. stem and bottom cover.

Max working pressure : BVHD/BLHD DN 50÷500: 25 Bar
Flange: PN 10-16-25 • A150

Design : EN 593~EN 736
EN 12516~EN 1092~EN12266
ISO 5211~DIN 3337~API 609~ASME B16.34
PED 97/23/EC (cat III) Mod H

Face to Face : DIN EN 558-1 Series 20~ISO 5752 Series 20
BS-5155 Series 4~MSS-SP67
NFE 29305-1
API 609 cat.B
API 609 cat.A (DN 350 excluded)

Testing : EN 12266-1 Rate A ~ ISO 5208 Rate A
DIN 3230 ~ API 598
FIRE TEST API607 VI Ed. September
Class V – Met/Met

Tag : EN 19 ~ MSS SP-25