[Features]· Dual-fluid fan-shaped nozzle that generates "fine mist" granules with an average diameter of 30 microns or less.· Liquid is supplied by a suction type which does not require a pressurizer.· The spray angle is 80°.· Flow rate distribution is uniform across the fan shape area.[Applications]· Spraying: Mold release agents, deodorizers, oils, surface treatment agents, corrosion inhibitors, lubricants, honey, insect repellents, urea water and other substances.· Cooling: Dies, gas, steel p

[Features]· Dual-fluid fan-shaped nozzle that generates "fine mist" granules with an average diameter of 30 microns or less.· Liquid is supplied by a suction type which does not require a pressurizer.· The spray angle is 80°.· Flow rate distribution is uniform across the fan shape area.[Applications]· Spraying: Mold release agents, deodorizers, oils, surface treatment agents, corrosion inhibitors, lubricants, honey, insect repellents, urea water and other substances.· Cooling: Dies, gas, steel p

[Features]· Dual-fluid fan-shaped nozzle that generates "fine mist" granules with an average diameter of 30 microns or less.· Liquid is supplied by a suction type which does not require a pressurizer.· The spray angle is 80°.· Flow rate distribution is uniform across the fan shape area.[Applications]· Spraying: Mold release agents, deodorizers, oils, surface treatment agents, corrosion inhibitors, lubricants, honey, insect repellents, urea water and other substances.· Cooling: Dies, gas, steel p

[Features]· Dual-fluid fan-shaped nozzle that generates "fine mist" granules with an average diameter of 30 microns or less.· Liquid is supplied by a suction type which does not require a pressurizer.· The spray angle is 80°.· Flow rate distribution is uniform across the fan shape area.[Applications]· Spraying: Mold release agents, deodorizers, oils, surface treatment agents, corrosion inhibitors, lubricants, honey, insect repellents, urea water and other substances.· Cooling: Dies, gas, steel p

[Features]· Dual-fluid fan-shaped nozzle that generates "fine mist" granules with an average diameter of 30 microns or less.· Liquid is supplied by a suction type which does not require a pressurizer.· The spray angle is 80°.· Flow rate distribution is uniform across the fan shape area.[Applications]· Spraying: Mold release agents, deodorizers, oils, surface treatment agents, corrosion inhibitors, lubricants, honey, insect repellents, urea water and other substances.· Cooling: Dies, gas, steel p

[Features]· Dual-fluid fan-shaped nozzle that generates "fine mist" granules with an average diameter of 30 microns or less.· Liquid is supplied by a suction type which does not require a pressurizer.· The spray angle is 80°.· Flow rate distribution is uniform across the fan shape area.[Applications]· Spraying: Mold release agents, deodorizers, oils, surface treatment agents, corrosion inhibitors, lubricants, honey, insect repellents, urea water and other substances.· Cooling: Dies, gas, steel p

A two-liquid hollow coned nozzle that produce a "fine mist" with a mean particle size of 100 microns or less. A liquid pressurizing type in which a spray is produced by applying a pressure of approximately 0.1–0.3 MPa to the spray liquid. Features a wide adjustable flow rate range.

A two-liquid hollow coned nozzle that produce a "fine mist" with a mean particle size of 100 microns or less. A liquid pressurizing type in which a spray is produced by applying a pressure of approximately 0.1–0.3 MPa to the spray liquid. Features a wide adjustable flow rate range.

A two-liquid hollow coned nozzle that produce a "fine mist" with a mean particle size of 100 microns or less. A liquid pressurizing type in which a spray is produced by applying a pressure of approximately 0.1–0.3 MPa to the spray liquid. Features a wide adjustable flow rate range.

A two-liquid hollow coned nozzle that produce a "fine mist" with a mean particle size of 100 microns or less. A liquid pressurizing type in which a spray is produced by applying a pressure of approximately 0.1–0.3 MPa to the spray liquid. Features a wide adjustable flow rate range.

A two-liquid hollow coned nozzle that produce a "fine mist" with a mean particle size of 100 microns or less. A liquid pressurizing type in which a spray is produced by applying a pressure of approximately 0.1–0.3 MPa to the spray liquid. Features a wide adjustable flow rate range.

A two-liquid hollow coned nozzle that produce a "fine mist" with a mean particle size of 100 microns or less. A liquid pressurizing type in which a spray is produced by applying a pressure of approximately 0.1–0.3 MPa to the spray liquid. Features a wide adjustable flow rate range.

A two-liquid hollow coned nozzle that produce a "fine mist" with a mean particle size of 100 microns or less. A liquid pressurizing type in which a spray is produced by applying a pressure of approximately 0.1–0.3 MPa to the spray liquid. Features a wide adjustable flow rate range.

A two-liquid hollow coned nozzle that produce a "fine mist" with a mean particle size of 100 microns or less. A liquid pressurizing type in which a spray is produced by applying a pressure of approximately 0.1–0.3 MPa to the spray liquid. Features a wide adjustable flow rate range.

[Features]· Straight liquid flow with the strongest impact. Due to the internal design that minimizes liquid resistance, it generates much larger spray volume with the same nozzle diameter than any other straight nozzles, and is resistant to turbulence in pipes.[Applications]· Cleaning: High pressure jet cleaning, paper making felt and screen, vehicles, reusable shipping cartons, machinery/devices, parts, etc.· Trimming: Paper making, asbestos slate, etc.

[Features]· Straight liquid flow with the strongest impact. Due to the internal design that minimizes liquid resistance, it generates much larger spray volume with the same nozzle diameter than any other straight nozzles, and is resistant to turbulence in pipes.[Applications]· Cleaning: High pressure jet cleaning, paper making felt and screen, vehicles, reusable shipping cartons, machinery/devices, parts, etc.· Trimming: Paper making, asbestos slate, etc.

[Features]· Straight liquid flow with the strongest impact. Due to the internal design that minimizes liquid resistance, it generates much larger spray volume with the same nozzle diameter than any other straight nozzles, and is resistant to turbulence in pipes.[Applications]· Cleaning: High pressure jet cleaning, paper making felt and screen, vehicles, reusable shipping cartons, machinery/devices, parts, etc.· Trimming: Paper making, asbestos slate, etc.

[Features]· Straight liquid flow with the strongest impact. Due to the internal design that minimizes liquid resistance, it generates much larger spray volume with the same nozzle diameter than any other straight nozzles, and is resistant to turbulence in pipes.[Applications]· Cleaning: High pressure jet cleaning, paper making felt and screen, vehicles, reusable shipping cartons, machinery/devices, parts, etc.· Trimming: Paper making, asbestos slate, etc.

[Features]· Straight liquid flow with the strongest impact. Due to the internal design that minimizes liquid resistance, it generates much larger spray volume with the same nozzle diameter than any other straight nozzles, and is resistant to turbulence in pipes.[Applications]· Cleaning: High pressure jet cleaning, paper making felt and screen, vehicles, reusable shipping cartons, machinery/devices, parts, etc.· Trimming: Paper making, asbestos slate, etc.

[Features]· Straight liquid flow with the strongest impact. Due to the internal design that minimizes liquid resistance, it generates much larger spray volume with the same nozzle diameter than any other straight nozzles, and is resistant to turbulence in pipes.[Applications]· Cleaning: High pressure jet cleaning, paper making felt and screen, vehicles, reusable shipping cartons, machinery/devices, parts, etc.· Trimming: Paper making, asbestos slate, etc.