Maxpro South Inc.
202 South Live Oak, Suite A,
Tomball, TX 77375
Phone: 281.351.8880 • Fax: 281.351.8883
Email: Sales@MaxproSouth.com • Website: www.MaxproSouth.com
Home > High Pressure Valves > High Pressure Needle Valves > High Pressure Needle Valves - Pressures to 36,000 psi > 2-Way Angle High Pressure Needle Valves >   36V9H072  


  36V9H072, 9/16 Inch (in) Tube Outside Diameter (O.D.) VEE Stem 2-Way Angle High Pressure Needle Valve
List Price QUOTE

Maximator® high pressure valves with metal to metal seats have a high level of safety and reliability under adverse operating conditions. These valves may be used both with gases and liquids.



 Specifications 

Valve Series
36V Series High Pressure Valves

Valve Pattern
2-Way Angle

Stem Type
Vee Stem

Orifice Size
0.125 in

Tube Outer Diameter (O.D.)
9/16 in

Dimension A
5.00 in

Dimension B
2.44 in

Dimension C
1.12 in

Dimension D
0.22 in

Dimension E
0.37 in

Dimension F
1.38 in

Dimension H
2.95 in

Dimension I
1.32 in

Dimension J
2.64 in

Valve Panel Hole
1.00 in

Block Thickness
1.54 in

Extreme Temperature Option

 View
B
GY
HT
LT
TG

Dimension G
Panel mounting screw thread size 10-24 UNC.

Pressure Rating
36,000 psi

Features
High Pressure Valves feature:
  • Rising stem design.
  • 316SS wetted parts for excellent corrosion resistance.
  • Metal-to-metal seating achieves bubble-tight shut-off, longer stem and seat life, greater durability for repeated open and close cycles.
  • PTFE and carbon packing with metal back-up rings offers reliable stem to body sealing.
  • Non-rotating stem prevents stem to seat galling.
  • Stem sleeve and packing gland materials have been selected to achieve optimum thread cycle life and reduced handle torque. All stem sleeve threads are rolled, assuring smooth operation.
  • Safety weep holes for all pressure connections and packing area.
  • Six different valve body patterns, with choice of vee or regulating type stem tip.

Note
When selecting multiple items, the pressure rating would be that of the lowest rated component.