“TAURUS LPG NX 2 CUTTING NOZZLE-6290” has been added to your basket.
View basket
Showing 25–48 of 49 results
-

Description TAURUS MK SERIES NOZZLES are available in 6 sizes. They are used for welding and brazing and are connected to a TYPE 2 MIXER AND SHANK. DESCRIPTION VALUE SIZE MK2-3 MATERIAL THICKNESS 2.0 OXYGEN PRESSURE (kPa) 15 ACETYLENE LOW PRESSURE (kPa) 15
-

Description TAURUS MK SERIES NOZZLES are available in 6 sizes. They are used for welding and brazing and are connected to a TYPE 2 MIXER AND SHANK. DESCRIPTION VALUE SIZE MK2-5 MATERIAL THICKNESS 2.6 OXYGEN PRESSURE (kPa) 15 ACETYLENE LOW PRESSURE (kPa) 15
-

Description TAURUS MK SERIES NOZZLES are available in 6 sizes. They are used for welding and brazing and are connected to a TYPE 2 MIXER AND SHANK. DESCRIPTION VALUE SIZE MK2-7 MATERIAL THICKNESS 3.2 OXYGEN PRESSURE (kPa) 15 ACETYLENE LOW PRESSURE (kPa) 15
-

Description Taurus 2890-P series are screw-type cutting nozzles for use with oxygen and LPG. They are available in four sizes and, depending on the nozzle size and gas equipment can cut metal up to 75mm thick. These nozzles are compatible with the TAURUS MOD 28 cutting torch. DESCRIPTION VALUE SIZE 3P MATERIAL THICKNESS (mm)…
-

Description TAURUS NX nozzles are flat based, use oxygen and LPG and fit onto the TAURUS 62-3F cutting torches. Six sizes are available and depending on the nozzle size and gas equipment can cut metal up to 300mm thick. DESCRIPTION VALUE SIZE NX0 MATERIAL THICKNESS (mm) 10 – 15 OXYGEN PRESSURE (kPa) 200 –…
-

Description TAURUS NX nozzles are flat based, use oxygen and LPG and fit onto the TAURUS 62-3F cutting torches. Six sizes are available and depending on the nozzle size and gas equipment can cut metal up to 300mm thick. DESCRIPTION VALUE SIZE NX1 MATERIAL THICKNESS (mm) 15 – 25 OXYGEN PRESSURE (kPa) 250 –…
-

Description TAURUS NX nozzles are flat based, use oxygen and LPG and fit onto the TAURUS 62-3F cutting torches. Six sizes are available and depending on the nozzle size and gas equipment can cut metal up to 300mm thick. DESCRIPTION VALUE SIZE NX2 MATERIAL THICKNESS (mm) 25 – 50 OXYGEN PRESSURE (kPa) 300 –…
-

Description TAURUS NX nozzles are flat based, use oxygen and LPG and fit onto the TAURUS 62-3F cutting torches. Six sizes are available and depending on the nozzle size and gas equipment can cut metal up to 300mm thick. DESCRIPTION VALUE SIZE NX3 MATERIAL THICKNESS (mm) 50 – 75 OXYGEN PRESSURE (kPa) 300 –…
-

Description TAURUS NX nozzles are flat based, use oxygen and LPG and fit onto the TAURUS 62-3F cutting torches. Six sizes are available and depending on the nozzle size and gas equipment can cut metal up to 300mm thick. DESCRIPTION VALUE SIZE NX4 MATERIAL THICKNESS (mm) 75 – 150 OXYGEN PRESSURE (kPa) 350 –…
-

Description TAURUS NX nozzles are flat based, use oxygen and LPG and fit onto the TAURUS 62-3F cutting torches. Six sizes are available and depending on the nozzle size and gas equipment can cut metal up to 300mm thick. DESCRIPTION VALUE SIZE NX5 MATERIAL THICKNESS (mm) 150 – 200 OXYGEN PRESSURE (kPa) 450 –…
-

Description TAURUS NX nozzles are flat based, use oxygen and LPG and fit onto the TAURUS 62-3F cutting torches. Six sizes are available and depending on the nozzle size and gas equipment can cut metal up to 300mm thick. DESCRIPTION VALUE SIZE NX6 MATERIAL THICKNESS (mm) 200 – 300 OXYGEN PRESSURE (kPa) 500 –…
-

Description These nozzles utilise the nozzle-mix principle whereby the fuel gas and preheated oxygen are kept separate right up to the nozzle and are only mixed once inside the the nozzle preheat orifices. The nozzle mixing process ensures that the volume of mixed gas is kept to the absolute minimum and thereby reduces the occurrence…
-

Description These nozzles utilise the nozzle-mix principle whereby the fuel gas and preheated oxygen are kept separate right up to the nozzle and are only mixed once inside the the nozzle preheat orifices. The nozzle mixing process ensures that the volume of mixed gas is kept to the absolute minimum and thereby reduces the occurrence…
-

Description These nozzles utilise the nozzle-mix principle whereby the fuel gas and preheated oxygen are kept separate right up to the nozzle and are only mixed once inside the the nozzle preheat orifices. The nozzle mixing process ensures that the volume of mixed gas is kept to the absolute minimum and thereby reduces the occurrence…
-

Description These nozzles utilise the nozzle-mix principle whereby the fuel gas and preheated oxygen are kept separate right up to the nozzle and are only mixed once inside the the nozzle preheat orifices. The nozzle mixing process ensures that the volume of mixed gas is kept to the absolute minimum and thereby reduces the occurrence…
-

Description These nozzles utilise the nozzle-mix principle whereby the fuel gas and preheated oxygen are kept separate right up to the nozzle and are only mixed once inside the the nozzle preheat orifices. The nozzle mixing process ensures that the volume of mixed gas is kept to the absolute minimum and thereby reduces the occurrence…
-

Description These nozzles utilise the nozzle-mix principle whereby the fuel gas and preheated oxygen are kept separate right up to the nozzle and are only mixed once inside the the nozzle preheat orifices. The nozzle mixing process ensures that the volume of mixed gas is kept to the absolute minimum and thereby reduces the occurrence…
-

Description These nozzles utilise the nozzle-mix principle whereby the fuel gas and preheated oxygen are kept separate right up to the nozzle and are only mixed once inside the the nozzle preheat orifices. The nozzle mixing process ensures that the volume of mixed gas is kept to the absolute minimum and thereby reduces the occurrence…
-

Description These nozzles utilise the nozzle-mix principle whereby the fuel gas and preheated oxygen are kept separate right up to the nozzle and are only mixed once inside the the nozzle preheat orifices. The nozzle mixing process ensures that the volume of mixed gas is kept to the absolute minimum and thereby reduces the occurrence…
-

Description These nozzles utilise the nozzle-mix principle whereby the fuel gas and preheated oxygen are kept separate right up to the nozzle and are only mixed once inside the the nozzle preheat orifices. The nozzle mixing process ensures that the volume of mixed gas is kept to the absolute minimum and thereby reduces the occurrence…
-

Description These nozzles utilise the nozzle-mix principle whereby the fuel gas and preheated oxygen are kept separate right up to the nozzle and are only mixed once inside the the nozzle preheat orifices. The nozzle mixing process ensures that the volume of mixed gas is kept to the absolute minimum and thereby reduces the occurrence…
-

Description These nozzles utilise the nozzle-mix principle whereby the fuel gas and preheated oxygen are kept separate right up to the nozzle and are only mixed once inside the the nozzle preheat orifices. The nozzle mixing process ensures that the volume of mixed gas is kept to the absolute minimum and thereby reduces the occurrence…
-

Description These nozzles utilise the nozzle-mix principle whereby the fuel gas and preheated oxygen are kept separate right up to the nozzle and are only mixed once inside the the nozzle preheat orifices. The nozzle mixing process ensures that the volume of mixed gas is kept to the absolute minimum and thereby reduces the occurrence…
-

Description These nozzles utilise the nozzle-mix principle whereby the fuel gas and preheated oxygen are kept separate right up to the nozzle and are only mixed once inside the the nozzle preheat orifices. The nozzle mixing process ensures that the volume of mixed gas is kept to the absolute minimum and thereby reduces the occurrence…