





2118F4Y
Hoke Bar Stock, Screwed Bonnet Needle Valves 6000 psi 316 1/4"NPT-F 1/4"NPT-F
Bar Stock, Screwed Bonnet Needle Valves
The Hoke 2100 Series bar stock screwed bonnet needle valves are robust two-piece valves designed for reliable shutoff and moderate flow control in industrial instrumentation and process applications. These panel-mountable valves are available in both globe and angle patterns, offering flexibility for system integration. Dyna-Pak® packing provides leak-tight sealing with low operating torque and extended cycle life, while optional Graph-Lock® packing supports high-temperature service up to 600°F (316°C). The valves are available with metal or PCTFE stem tips, multiple end connections, and body materials including 316 stainless steel, brass, and carbon steel. Operating pressures reach up to 6000 psig (414 bar). Typical applications include hydraulic systems, gas sampling, test stands, and general instrumentation service.
Body material:
Seat:
Stem:
Working pressure:
Temp max:
Temp low:
Temp high:
CV value:
Orifice:
SS316/316L
0
0
6000 psi
316°C
-51°C
316°C
0,4
0
Connection A size:
Connection A type:
Connection A gender:
Connection B size:
Connection B type:
Connection B gender:
1/4"
NPT
female
1/4"
NPT
female
• Two-piece design for durability.
• Globe and angle patterns for flexible installation.
• Dyna-Pak® packing for leak-tight sealing.
• Safety back-seating prevents accidental stem removal.
• Optional Graph-Lock packing for high-temperature use.
Explore how our expertise strengthens our commitment to quality and innovation.

With deep industry expertise and a focus on continuous improvement, our brands deliver reliable solutions that meet the highest standards of quality, performance, and innovation.
Access valuable resources and insights to support your projects and decision-making.
Discover the technical resources of Gommer Ingenieursbureau to learn more about our products and solutions. Download brochures, datasheets, and case studies for detailed information, specifications, and practical applications.


