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Orifice diameter: 20 µm - 60 µm
... entrained by high velocity compressed air to create a range of micron-level spray droplets, resulting in greater surface coverage than conventional nozzles. With this more efficient use of the liquid, ...
ITW Air Management
Orifice diameter: 20 µm - 200 µm
... entrained by high velocity compressed air to create a range of micron-level spray droplets, resulting in greater surface coverage than conventional nozzles. With this more efficient use of the liquid, ...
ITW Air Management
Orifice diameter: 60 µm - 200 µm
... entrained by high velocity compressed air to create a range of micron-level spray droplets, resulting in greater surface coverage than conventional nozzles. With this more efficient use of the liquid, ...
ITW Air Management
Orifice diameter: 20 µm - 60 µm
... entrained by high velocity compressed air to create a range of micron-level spray droplets, resulting in greater surface coverage than conventional nozzles. With this more efficient use of the liquid, ...
ITW Air Management
Orifice diameter: 20 µm - 200 µm
... entrained by high velocity compressed air to create a range of micron-level spray droplets, resulting in greater surface coverage than conventional nozzles. With this more efficient use of the liquid, ...
ITW Air Management
Orifice diameter: 60 µm - 200 µm
... entrained by high velocity compressed air to create a range of micron-level spray droplets, resulting in greater surface coverage than conventional nozzles. With this more efficient use of the liquid, ...
ITW Air Management