Freatic Sports SL - Castillejos, 166 - 08013 Barcelona - Telf.: +34 934 615 970 - Mon-Fri: 10:00h-14:00h / 16:30h-20:30h - Sat: 10:00h-14:00h
2nd Stage
The TECLINE TEC2 Black second stage is balanced adjustable high performance second satge at very content pricing
Introduced in 1958, the Cyklon was the first regulator in the world with a single hose and the demand valve situated at the mouth, and set a new world standard for diving regulators.
Introduced in 1958, the Cyklon was the first regulator in the world with a single hose and the demand valve situated at the mouth, and set a new world standard for diving regulators.
Introduced in 1958, the Cyklon was the first regulator in the world with a single hose and the demand valve situated at the mouth, and set a new world standard for diving regulators.
Introduced in 1958, the Cyklon was the first regulator in the world with a single hose and the demand valve situated at the mouth, and set a new world standard for diving regulators.
The Xstream second stage is an upstream regulator. The safety valve (OPV) ensures pressure inside the regulator will stay at a point in which for normal breathing in the event of a failure. In the unlikely event that the regulator fails, it will not free flow; it will continue to breathe normally without suffering massive gas loss.
The Xstream second stage is an upstream regulator. The safety valve (OPV) ensures pressure inside the regulator will stay at a point in which for normal breathing in the event of a failure. In the unlikely event that the regulator fails, it will not free flow; it will continue to breathe normally without suffering massive gas loss.
The Xstream second stage is an upstream regulator. The safety valve (OPV) ensures pressure inside the regulator will stay at a point in which for normal breathing in the event of a failure. In the unlikely event that the regulator fails, it will not free flow; it will continue to breathe normally without suffering massive gas loss.
The Xstream second stage is an upstream regulator. The safety valve (OPV) ensures pressure inside the regulator will stay at a point in which for normal breathing in the event of a failure. In the unlikely event that the regulator fails, it will not free flow; it will continue to breathe normally without suffering massive gas loss.