
Male Thread Needle Valve
SAM-LOK instrumentation needle valve with male NPT thread ends in 316 stainless steel. Working pressure per catalogue series: integral-bonnet 3,000 psig, forged 6,000 psig.

SAM-LOK instrumentation needle valve with male NPT thread ends in 316 stainless steel. Working pressure per catalogue series: integral-bonnet 3,000 psig, forged 6,000 psig.

SAM-LOK instrumentation needle valve with female NPT thread ends in 316 stainless steel. Working pressure per catalogue series: integral-bonnet 3,000 psig, forged 6,000 psig.

SAM-LOK instrumentation needle valve with double-ferrule tube ends in 316 stainless steel. Working pressure per catalogue series: integral-bonnet 3,000 psig, forged 6,000 psig.

SAM-LOK instrumentation ball valve with female NPT ends in 316 stainless steel. Full-flow quarter-turn isolation; orifice and Cv per model in the Ball Valves catalogue.

SAM-LOK air release ball valve in 316 stainless steel for venting trapped air from liquid systems; quarter-turn manual operation.

SAM-LOK high-performance ball valve (HPB series) in 316 stainless steel. Rugged isolation valve for demanding duties; pressure ratings per model in the Ball Valves catalogue.

SAM-LOK ball valve with double-ferrule tube ends in 316 stainless steel. Straight-through quarter-turn isolation for instrumentation tubing.

SAM-LOK two-piece hex-body ball valve with double-ferrule tube ends in 316 stainless steel. Compact quarter-turn isolation for instrumentation lines.

SAM-LOK angle-pattern ball valve with double-ferrule tube ends in 316 stainless steel. Turns the line 90 degrees while providing quarter-turn isolation.

SAM-LOK three-way ball valve with double-ferrule tube ends in 316 stainless steel. Quarter-turn flow diversion between three tube lines.

SAM-LOK trunnion ball valve with female thread ends for hydraulic service, rated to 6,000 PSI (TVB series) with TBH series to 10,000 PSI.

SAM-LOK forged trunnion ball valve (TB series) rated to 6,000 PSI in 316 stainless steel. Trunnion-mounted ball for secure high-pressure isolation.