The best solution to blend Nitrox while emptying B50 safety. Allows to blend any Nitrox up to 40 % of O2. The technique consists in mixing the Nitrox before passing it through the compressor. It is for this reason that we can not exceed 40 % of O2.

The solution to mix Nitrox, Trimix, Triox and Héliox while emptying B50. Allows to mix any Nitrox, Trimix, Triox and Héliox having a maximal rate of 40% of O2. The technic consists in making Nitrox, Trimix, Triox or Héliox before compressing it by the mean of the compressor. That is why we must not exceed 40% of O2.

The solution to mix Nitrox, Trimix, Triox and Héliox while emptying B50. Allows to mix any Nitrox, Trimix, Triox and Héliox having a maximal rate of 40% of O2. The technic consists in making Nitrox, Trimix, Triox or Héliox before compressing it by the mean of the compressor. That is why we must not exceed 40% of O2.

Surface gauge for checking pressure out of the water bottles. DIN system. Purge by knob. Dial easy to read. Scale up to 400 bar. Is clean for use with oxygen, but if used with air the O2 service is lost.

Metalic decanting device for oxygen. Purge tap. With pressure gauge to control the amount of transferred gas. DIN 200/300 connections at both ends. Hose length 2 m approx.

Metalic decanting device for oxygen, with relieving pressure valve, 2m hose, pressure gauge and DIN 200/300 filling connection at both sides.

TDS Oxygen & Air Metalic decanting hose with digital pressure gauge and valve for technical scuba diving: TDS Metalic decanting device for oxygen, with relieving pressure valve, 100 mm hose, digital pressure gauge and DIN 200/300 filling connection at both sides.

TDS Oxygen metalic decanting hose with digital pressure gauge and valve: TDS Metalic decanting device for oxygen, with relieving pressure valve, 100 mm hose, digital pressure gauge and DIN 200/300 filling connection at both sides.

TDS Metalic Decanting Hose for scuba diving DIN300 to DIN300: TDS Metalic decanting device for oxygen, with relieving pressure valve, 100 mm hose, DIN 200/300 filling connection at both sides.

Oxygen cylinder connection 300 B (W 30x2). With coupling to DIN 200/300 allows oxygen transfer oxygen cylinders with 300 bar DIN connections transfer device 200 or 300Oxygen cylinder connection 300 B (W 30x2). With coupling to DIN 200/300 allows oxygen transfer oxygen cylinders with 300 bar DIN connections transfer device 200 or 300

Oxygen cylinder connection 300 B (W 30x2). With coupling to DIN 200/300 allows oxygen transfer oxygen cylinders with 300 bar DIN connections transfer device 200 or 300Oxygen cylinder connection 300 B (W 30x2). With coupling to DIN 200/300 allows oxygen transfer oxygen cylinders with 300 bar DIN connections transfer device 200 or 300

TDS Coupling for connecting 300 bar Oxygen/Helium Nevoc conections (sold separately, see related products below) to female DIN 232. Allows to connect equalizer hoses DIN 200/232 to 300 Bar Helioum or Oxygen cylinders.

TDS Coupling for connecting 300 bar Oxygen/Helium Nevoc conections (sold separately, see related products below) to female DIN 300. Allows to connect equalizer hoses DIN 300 to 300 Bar Helioum or Oxygen cylinders.

Converting fitting part from conical oxygen cylinder to G 5/8 "DIN standard thread 232 bar. Allows to connect normal equalizer hoses to oxygen cylinder for filling and transfer gas.

TDS Nitrox Scuba Diving Tank Decal: Tds nitrox identification sticker to put on bottles Nitrox tanks and make a perfect identification and distinction from other bottles. Dimensions 60 cm x 15 cm

Coltri LP250 Nitrox ROTARY for Scuba Diving: It consists of an industrial screw compressor that delivers air at a pressure of 10 bar to the Parker® membrane. The percentage of oxygen obtained at the outlet can be adjusted from 32% to 36% thanks to a valve accessible on the front side of the compressor. If connected to a compressor with pumping unit 315 (MCH 16), Nitrox at 32% can be obtained up to a pressure of 232 bar. The oxygen analyzer allows you to check the correct percentage, adjusting it through the appropriate valve.