[Features]・ Significant reduction of liquid residue has been achieved due to the special structure・ Structure with less internal liquid pool than conventional fittings・ Improved work efficiency by adopting EASY-FIT mechanism・ No need to replace sleeves even for repeated use・ Fittings with excellent flow rate characteristics (It achieves a large flow rate)
[Features]・ Significant reduction of liquid residue has been achieved due to the special structure・ Structure with less internal liquid pool than conventional fittings・ Improved work efficiency by adopting EASY-FIT mechanism・ No need to replace sleeves even for repeated use・ Fittings with excellent flow rate characteristics (It achieves a large flow rate)
[Features]・ Significant reduction of liquid residue has been achieved due to the special structure・ Structure with less internal liquid pool than conventional fittings・ Improved work efficiency by adopting EASY-FIT mechanism・ No need to replace sleeves even for repeated use・ Fittings with excellent flow rate characteristics (It achieves a large flow rate)
[Features]・ Significant reduction of liquid residue has been achieved due to the special structure・ Structure with less internal liquid pool than conventional fittings・ Improved work efficiency by adopting EASY-FIT mechanism・ No need to replace sleeves even for repeated use・ Fittings with excellent flow rate characteristics (It achieves a large flow rate)
[Features]・ Significant reduction of liquid residue has been achieved due to the special structure・ Structure with less internal liquid pool than conventional fittings・ Improved work efficiency by adopting EASY-FIT mechanism・ No need to replace sleeves even for repeated use・ Fittings with excellent flow rate characteristics (It achieves a large flow rate)
[Features]・ Significant reduction of liquid residue has been achieved due to the special structure・ Structure with less internal liquid pool than conventional fittings・ Improved work efficiency by adopting EASY-FIT mechanism・ No need to replace sleeves even for repeated use・ Fittings with excellent flow rate characteristics (It achieves a large flow rate)
[Features]・ Significant reduction of liquid residue has been achieved due to the special structure・ Structure with less internal liquid pool than conventional fittings・ Improved work efficiency by adopting EASY-FIT mechanism・ No need to replace sleeves even for repeated use・ Fittings with excellent flow rate characteristics (It achieves a large flow rate)
[Features]・ Significant reduction of liquid residue has been achieved due to the special structure・ Structure with less internal liquid pool than conventional fittings・ Improved work efficiency by adopting EASY-FIT mechanism・ No need to replace sleeves even for repeated use・ Fittings with excellent flow rate characteristics (It achieves a large flow rate)
[Features]・ Significant reduction of liquid residue has been achieved due to the special structure・ Structure with less internal liquid pool than conventional fittings・ Improved work efficiency by adopting EASY-FIT mechanism・ No need to replace sleeves even for repeated use・ Fittings with excellent flow rate characteristics (It achieves a large flow rate)
[Features]・ Significant reduction of liquid residue has been achieved due to the special structure・ Structure with less internal liquid pool than conventional fittings・ Improved work efficiency by adopting EASY-FIT mechanism・ No need to replace sleeves even for repeated use・ Fittings with excellent flow rate characteristics (It achieves a large flow rate)
[Features]・ Significant reduction of liquid residue has been achieved due to the special structure・ Structure with less internal liquid pool than conventional fittings・ Improved work efficiency by adopting EASY-FIT mechanism・ No need to replace sleeves even for repeated use・ Fittings with excellent flow rate characteristics (It achieves a large flow rate)
[Features]・ Significant reduction of liquid residue has been achieved due to the special structure・ Structure with less internal liquid pool than conventional fittings・ Improved work efficiency by adopting EASY-FIT mechanism・ No need to replace sleeves even for repeated use・ Fittings with excellent flow rate characteristics (It achieves a large flow rate)
[Features]・ Significant reduction of liquid residue has been achieved due to the special structure・ Structure with less internal liquid pool than conventional fittings・ Improved work efficiency by adopting EASY-FIT mechanism・ No need to replace sleeves even for repeated use・ Fittings with excellent flow rate characteristics (It achieves a large flow rate)
[Features]・ By adopting fluoropolymer FEP for the inner layer, the same level of cleaning performance and liquid repellency as those of the single layer fluorine tube has been achieved.・ In addition, since it has a high moisture barrier property, it can also be used for fluids that react with moisture (such as paint curing agents).・ As the outer layer nylon elastomer has a high gas barrier property, air inclusion (bubble generation) into the fluid can be reduced.・ Also, since it is hard to break
[Features]・ By adopting fluoropolymer FEP for the inner layer, the same level of cleaning performance and liquid repellency as those of the single layer fluorine tube has been achieved.・ In addition, since it has a high moisture barrier property, it can also be used for fluids that react with moisture (such as paint curing agents).・ As the outer layer nylon elastomer has a high gas barrier property, air inclusion (bubble generation) into the fluid can be reduced.・ Also, since it is hard to break
[Features]・ By adopting fluoropolymer FEP for the inner layer, the same level of cleaning performance and liquid repellency as those of the single layer fluorine tube has been achieved.・ In addition, since it has a high moisture barrier property, it can also be used for fluids that react with moisture (such as paint curing agents).・ As the outer layer nylon elastomer has a high gas barrier property, air inclusion (bubble generation) into the fluid can be reduced.・ Also, since it is hard to break
[Features]・ By adopting fluoropolymer FEP for the inner layer, the same level of cleaning performance and liquid repellency as those of the single layer fluorine tube has been achieved.・ In addition, since it has a high moisture barrier property, it can also be used for fluids that react with moisture (such as paint curing agents).・ As the outer layer nylon elastomer has a high gas barrier property, air inclusion (bubble generation) into the fluid can be reduced.・ Also, since it is hard to break
[Features]・ By adopting fluoropolymer FEP for the inner layer, the same level of cleaning performance and liquid repellency as those of the single layer fluorine tube has been achieved.・ In addition, since it has a high moisture barrier property, it can also be used for fluids that react with moisture (such as paint curing agents).・ As the outer layer nylon elastomer has a high gas barrier property, air inclusion (bubble generation) into the fluid can be reduced.・ Also, since it is hard to break
[Features]・ By adopting fluoropolymer FEP for the inner layer, the same level of cleaning performance and liquid repellency as those of the single layer fluorine tube has been achieved.・ In addition, since it has a high moisture barrier property, it can also be used for fluids that react with moisture (such as paint curing agents).・ As the outer layer nylon elastomer has a high gas barrier property, air inclusion (bubble generation) into the fluid can be reduced.・ Also, since it is hard to break
[Features]・ By adopting fluoropolymer FEP for the inner layer, the same level of cleaning performance and liquid repellency as those of the single layer fluorine tube has been achieved.・ In addition, since it has a high moisture barrier property, it can also be used for fluids that react with moisture (such as paint curing agents).・ As the outer layer nylon elastomer has a high gas barrier property, air inclusion (bubble generation) into the fluid can be reduced.・ Also, since it is hard to break
