Omni or Compact Valves

Asahi/America Omni® Ball Valves are quick opening and closing; a quarter turn is all that is necessary. They provide tight sealing at low torque. The Omni® series is an economical, one-piece design which cannot be taken apart. Asahi/America Omni® Ball Valves have Teflon® seats which provide permanent lubrication and allow the valve to be operated with minimal effort. The Teflon® seats are backed by EPDM backing cushions. Also available in an electrically actuated version. 150 psi rating @ 120°F.

Asahi/America Omni® Ball Valves are quick opening and closing; a quarter turn is all that is necessary. They provide tight sealing at low torque. The Omni® series is an economical, one-piece design which cannot be taken apart. Asahi/America Omni® Ball Valves have Teflon® seats which provide permanent lubrication and allow the valve to be operated with minimal effort. The Teflon® seats are backed by EPDM backing cushions. Also available in an electrically actuated version. 150 psi rating @ 120°F.

This heavy-bodied, quarter-turn shut-off valve is popular where maintenance-free installations are desired for a variety of chemical, industrial and OEM applications. Factory adjusted sealed units are available in IPS sizes 1/2" through 6", with choice of either socket or threaded end connectors. Spears PTFE floating seat design reduces seat wear for extended valve life, smooth operation, bubble-tight shutoff. 100% factory tested. Safe-T-Shear® Stem to help prevent leaks out in the event of stem damage. 235 psi @ 73°F (for complete size range).

This heavy-bodied, quarter-turn shut-off valve is popular where maintenance-free installations are desired for a variety of chemical, industrial and OEM applications. Factory adjusted sealed units are available in IPS sizes 1/2" through 6", with choice of either socket or threaded end connectors. Spears PTFE floating seat design reduces seat wear for extended valve life, smooth operation, bubble-tight shutoff. 100% factory tested. Safe-T-Shear® Stem to help prevent leaks out in the event of stem damage. 235 psi @ 73°F (for complete size range).