• Air saver nozzle (Stainless Steel)
• Maximum Working Pressure: 250 PSI
• Working Temperature Range: Stainless Steel: 0 to 260 °C
• Maximum Working Temperature: 925 °C
• Thread: 1/8 (M) NPT
• Air Consumption: adjustable from 5 to 75 SCFM
• Output: adjustable from 25 to 375 SCFM
Material(s):
• Aluminum or stainless steel 304
• Generate highest thrust with lowest possible air consumption
• Greatly reduce demand on the compressor
• Low initial and operating costs
• Save up to 80 % air consumption over a 1/4 in open pipe
• Adjustable flow and thrust
• Reduce noise levels 8 decibels or more over open air jets
HOW IT WORKS
The air saver nozzle releases a tiny amount of compressed air at near-sonic velocity through a fine, ring-shaped nozzle
As the high-speed “tube” of air emerges from the nozzle, it creates a strong vacuum along its sides, pulling a much larger volume of surrounding air into the stream
• For part ejections from molding machines and stamping presses, blowing off chips, trim scrap, parts cleaning before painting, cleaning, drying and cooling
• Aluminum nozzles are ideal for most industrial applications
• Stainless steel are ideal for food processing applications, corrosive environments and maximum durability
• Air saver nozzle (Stainless Steel)
• Maximum Working Pressure: 250 PSI
• Working Temperature Range: Stainless Steel: 0 to 260 °C
• Maximum Working Temperature: 925 °C
• Thread: 1/8 (M) NPT
• Air Consumption: adjustable from 5 to 75 SCFM
• Output: adjustable from 25 to 375 SCFM
Material(s):
• Aluminum or stainless steel 304
• Generate highest thrust with lowest possible air consumption
• Greatly reduce demand on the compressor
• Low initial and operating costs
• Save up to 80 % air consumption over a 1/4 in open pipe
• Adjustable flow and thrust
• Reduce noise levels 8 decibels or more over open air jets
HOW IT WORKS
The air saver nozzle releases a tiny amount of compressed air at near-sonic velocity through a fine, ring-shaped nozzle
As the high-speed “tube” of air emerges from the nozzle, it creates a strong vacuum along its sides, pulling a much larger volume of surrounding air into the stream
• For part ejections from molding machines and stamping presses, blowing off chips, trim scrap, parts cleaning before painting, cleaning, drying and cooling
• Aluminum nozzles are ideal for most industrial applications
• Stainless steel are ideal for food processing applications, corrosive environments and maximum durability
