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Supplier: Terra Universal, Inc.
Description: Portable, easy-aim design and adjustable nozzles provide broad or very localized cleaning of hard-to-reach surfaces Environmentally friendly operation eliminates the need for solvent disposal—contaminants are carried away in a stream of inert CO2 Low operating cost: CO2 is
- Machine Type: Component / Accessory
- Operation: Container / Bottle Cleaning, Critical / Pharmaceutical Cleaning, Degreasing, General Cleaning / Surface Prep, Sterilizing / Disinfecting
- Source: Electric
- Machine Mounting: Floor / Skid
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Supplier: SAE International
Description: performance research. This state-of-the-art facility provides environmental conditions from -35°C to 50°C with humidity control from 5 to 95 percent. The 13 m 2x nozzle wind tunnel can produce wind speeds up to 100 km/h. The dynamometer is rated at 800 kW for the rear axle and 150 kW for the
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Supplier: EXAIR
Description: EXAIR's 1" Flat Super Air Nozzle is a highly efficient, unique flat air nozzle. Their patented (U.S. Pat 5402938) design uses a special shim to maintain the critical position of the component parts. Air is released through the thin slot, across a flat surface. The result is a wide,
- Media: Air / Gases
- Technology: Air Assist / Pneumatic
- Application: Cleaning / Blowoff, Spray Drying
- Features: Other
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Supplier: EXAIR
Description: nozzles. The 1 NPT Super Air Nozzles produce 6.6 pounds of blowing force - over 8 times that of ordinary nozzles. The 1-1/4 NPT Super Air Nozzles produce up to 23 pounds of blowing force - almost 28 times that of the standard Super Air Nozzle! High amplification
- Media: Air / Gases
- Technology: Air Assist / Pneumatic
- Application: Cleaning / Blowoff, Spray Drying
- Features: Other
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Supplier: EXAIR
Description: or marking items as they move through an assembly line. Narrow angle round pattern atomizing nozzles are capable of delivering the most liquid of any of our atomizing nozzles.
- Media: Air / Gases
- Technology: Air Assist / Pneumatic
- Application: Coating / Painting
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Supplier: Festo Corporation
Description: Sender nozzle, receiver nozzle, gap sensor Back pressure actuated valve Operational reliability even in very dirty environments Reliable even at high ambient temperatures Insensitive to mechanical influences and sound waves Reliable even in complete darkness and when sensing
- Media: Air / Gases
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Supplier: EXAIR
Description: compact stainless steel adjustable mounting bracket, the Intellistat Ion Air Nozzle can be mounted to benchtops and machine frames, for example, to provide hands-free operation when needing both hands to package, test or assemble parts and products. The Intellistat Ion Air Nozzle is
- Maximum Pressure: 30 to 80 psi
- Media: Air / Gases
- Technology: Air Assist / Pneumatic
- Application: Cleaning / Blowoff
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Supplier: Festo Corporation
Description: air nozzle ADNA-PDAD-22 For PDAD dryer.
- Media: Air / Gases
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Supplier: Vortec
Description: Vortec Spray Nozzles provide ultra-fine droplet-sized sprays for evaporative cooling, atomization, humidification and wetting. Superior to conventional hydraulic and piezoelectric nozzles, spray nozzles produce spray patterns that can be widely diffused or directed. The liquid
- Media: Air / Gases
- Application: Humidification
- Form: In-line
- Features: Other
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Supplier: Festo Corporation
Description: Sender nozzle, receiver nozzle, gap sensor Back pressure actuated valve Operational reliability even in very dirty environments Reliable even at high ambient temperatures Insensitive to mechanical influences and sound waves Reliable even in complete darkness and when sensing
- Media: Air / Gases
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Supplier: Paxton Products, an ITW company
Description: The UNO Nozzle, by Paxton Products, provides targeted airflow for a small target. Designed to replace a single compressed air nozzle remote from a larger air delivery device, the UNO Nozzle facilitates further reduction in compressed air usage. In addition to this, the UNO
- Features: Adjustable Position / Direction
- Media: Air / Gases
- Application: Cleaning / Blowoff
- Form: In-line
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Supplier: Vortec
Description: positioning to target with flexible nozzles Blow off multiple or changing locations with flexible nozzles FEATURES Full range of designs, sizes and force/thrust levels Flexible nozzles allow better positioning Adjustable nozzles enable varying power/thrust levels for each
- Features: Adjustable Position / Direction, Integral Valve
- Media: Air / Gases
- Application: Cleaning / Blowoff
- Form: Handheld / Pistol, In-line
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Supplier: ABB Measurement & Analytics
Description: Flow nozzles do not rely on a sharp edge (which can degrade over time) to maintain accuracy and therefore offer excellent long-term accuracy with less wear and reduced possibility of distortion. They are often used for flow testing on steam-raising plant. A flow nozzle can measure
- Media: Air / Gases, Fuel (Liquid), Oil, Steam, Water
- Form: In-line
- Material: Steel - Stainless
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Supplier: Radwell International
Description: DISCONTINUED BY MANUFACTURER, COUPLER / QUICK DISCONNECT, 6.3 MM / 1/4 INCH HOSE CONNECTION, 232 PAI / 16 BAR, REPLACED BY 10-310-2002. FREE 2 YEAR RADWELL WARRANTY
- Media: Air / Gases
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Supplier: Lechler, Inc.
Description: Lechler's high pressure solid stream nozzle is especially designed for applications requiring liquid pressures up to 4500 psi. Each nozzle is a two-piece assembly and provides a sharp, uniform flat fan spray pattern. The base is made from 303 grade stainless steel and the orifice is
- Maximum Pressure: 300 to 4,500 psi
- Maximum Flow: 32.4 to 126 GPH
- Orifice Size: 33 mil
- Application: Cleaning / Blowoff, Cutting / Machining
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Supplier: Pneumadyne, Inc.
Description: 1/16 Id Air Nozzle are offered to accommodate application requirements. Simply use the Retaining Nut to attach the Nozzle to the Air Jet Base to complete the assembly.
- Orifice Size: 62.5 mil
- Media: Air / Gases, Coolant
- Material: Brass
- Application: Cleaning / Blowoff
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Supplier: BETE Fog Nozzle, Inc.
Description: Design Features One-piece construction Clog-resistant Durable 3/8" FFs in Brass are available with UL approval; 3/8" FF187145 in Brass is available with FM approval Male connection Spray Characteristics Extra-wide 145° spray angle Medium-impact spray Spray discharge deflected 75° from inlet axis
- Maximum Pressure: 200 psi
- Maximum Flow: 8.22 to 66.6 GPH
- Orifice Size: 0.052 mil
- Media: Air / Gases, Chemicals, Coolant, Steam, Water
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Supplier: BETE Fog Nozzle, Inc.
Description: Design Features Three-piece construction Interchangeable spray tips Integral strainer available (please refer to the Accessories PDF for more information) Male and female connections Spray Characteristics Relatively coarse atomization Uniform distribution with tapered edges for use in overlapping
- Maximum Pressure: 500 psi
- Maximum Flow: 1.08 to 10.8 GPH
- Orifice Size: 0.02 mil
- Media: Air / Gases, Chemicals, Coatings / Inks, Coolant, Oil
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Supplier: Lechler, Inc.
Description: Two liquid feed ports enable the mixing of two different fluids within the nozzle prior to atomization. This second liquid feed port may otherwise be used as a flow exit to provide constant fluid circulation to avoid the settling of slurry or suspension during non-spray operation. The second
- Maximum Pressure: 20 to 50 psi
- Maximum Flow: 20 to 103 GPH
- Media: Air / Gases, Coatings / Inks, Water
- Technology: Air Assist / Pneumatic
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Supplier: Nex Flow Air Products Corp.
Description: Superior designed Air Jets reduce compressed air consumption and noise levels while maintaining laminar flow for strong blowoff. Air Jets entrain large volumes of surrounding air through the Jet (similar to Air Amplifiers) and are more efficient than Air Nozzles. They cover a larger blowoff
- Features: Adjustable Position / Direction, Other
- Media: Air / Gases
- Material: Brass, Copper
- Application: Cleaning / Blowoff
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Supplier: BETE Fog Nozzle, Inc.
Description: Design Features Dovetail joint guarantees alignment of interchangeable tips Dimensionally compatible with standard dovetail systems Tips offset 5° or 15° for overlapping spray patterns Tapered overlapping spray provides uniform coverage Male, female and welded connections Other sizes available upon
- Maximum Pressure: 400 psi
- Maximum Flow: 2.94 to 18.6 GPH
- Orifice Size: 0.028 mil
- Media: Air / Gases, Chemicals, Coatings / Inks, Coolant, Steam, Water
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Supplier: Jiangyin Deli Laser Solutions Co., Ltd.
Description: Flow valve/ throttle valve/ flow nozzle Apply to all kinds of precision flow control applications. Hole diameter: >30micron Apply to many materials, mainly metals Max depth-diameter ratio: 20:1 Positive taper, straight holes(Zero taper), negative taper available No burs and thermal effect
- Orifice Size: 0 to 1.181103 mil
- Application: Coating / Painting, Cutting / Machining, Fuel Injection
- Media: Fuel (Liquid), Steam, Water
- Form: In-line
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Supplier: BEX Spray Nozzles
Description: SPRAY CHARACTERISTICS: ABO Series air blow-off nozzles project a flat fan-shaped curtain of gas in a direction parallel to the axis of the nozzle body. Gases most commonly used are air and steam. ABO nozzles are designed with large maximum free passage sizes to reduce clogging
- Maximum Pressure: 100 psi
- Maximum Flow: 300.716883116883 to 28,276.3636363636 GPH
- Orifice Size: 16 to 72 mil
- Media: Air / Gases, Coolant, Steam
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Supplier: BETE Fog Nozzle, Inc.
Description: Design Features One-piece/heavy construction Straigh-through orifice minimizes clogging Machined from bar stock to exacting standards Male connection Spray Characteristics Yields highest impact, narrow flat spray with least atomization Spoon-shaped deflector surface efficiently forms a hard-driving
- Maximum Pressure: 200 psi
- Maximum Flow: 300 to 1,338 GPH
- Orifice Size: 0.23399999999999999 mil
- Media: Air / Gases, Chemicals, Steam, Water
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Supplier: Lechler, Inc.
Description: Two air feed ports accommodate a regulated pressure line to control atomization at pressures above and below the 40 psi air minimum required for the piston control: For simplified, full range atomization of the flat fan - from coarse droplet formation at low air pressures, to ultra fine fogging at
- Maximum Pressure: 20 to 50 psi
- Maximum Flow: 11 to 58 GPH
- Media: Air / Gases, Coatings / Inks, Water
- Technology: Air Assist / Pneumatic
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Supplier: Nex Flow Air Products Corp.
Description: Superior designed Air Jets reduce compressed air consumption and noise levels while maintaining laminar flow for strong blowoff. Air Jets entrain large volumes of surrounding air through the Jet (similar to Air Amplifiers) and are more efficient than Air Nozzles. They cover a larger blowoff
- Features: Adjustable Flow / Pattern, Other
- Media: Air / Gases
- Material: Aluminum
- Application: Cleaning / Blowoff
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Supplier: AIRBRASIVE
Description: Airbrasive® Nozzles are available with tips in a variety of shapes and sizes. The opening at the tip of the nozzle will vary according to the type of work you wish to do. It can either be round or rectangular, large or small. A rounded tip will provide the user with the greatest
- Media: Air / Gases, Powders / Abrasives
- Material: Carbide
- Application: Cleaning / Blowoff
- Form: In-line, Right Angle
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Supplier: Victaulic Co. of America
Description: For fast and efficient dust control in mining operations above ground, underground,or processing, Victaulic offers the Vic-Blast air-water blast nozzle. When used with therecommended typical combination of 65 psi/488 kPa water and 90 psi/621 kPa airpressure, the Vic-Blast creates a fine mist
- Maximum Pressure: 90 psi
- Maximum Flow: 156 GPH
- Media: Air / Gases, Water
- Technology: Air Assist / Pneumatic
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Supplier: KMT Waterjet Systems
Description: KMT Waterjet offers cutting nozzles that deliver high-pressure water at speeds that slice through diverse materials with ease. With KMT self-aligning AUTOLINE nozzles, stone cutting is just as precise as paper cutting or food cutting. Just as important as cutting marble and other hard
- Application: Cutting / Machining
- Form: In-line
- Pattern: Stream
- Media: Water
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Supplier: Swiss Jewel Company
Description: Sapphire Nozzles are used where a longer Inner Diameter to Length ratio is desired. Using sapphire nozzles will provide longer life than using metal and we can hold tighter tolerances due to sapphires acceptance of higher surface finish. Typical Sapphire Nozzle Applications: Gas
- Orifice Size: 9.5 to 30 mil
- Media: Air / Gases, Coatings / Inks, Water
- Application: Cleaning / Blowoff, Cutting / Machining
- Form: In-line
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Supplier: BEX Spray Nozzles
Description: SPRAY CHARACTERISTICS: A wide, flat fan-shaped spray with low impact. The spray is deflected 75° away from the centerline of the pipe connection, as shown. TYPICAL APPLICATIONS: Wherever a low impact, wide angle spray is required. - Rinsing and Coolin - Dishwashing - Fertilizer Spraying - Metal
- Maximum Pressure: 60 psi
- Maximum Flow: 1.8 to 882 GPH
- Orifice Size: 17 to 266 mil
- Media: Air / Gases, Chemicals, Coolant, Steam, Water
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Supplier: Nex Flow Air Products Corp.
Description: Superior designed Air Jets reduce compressed air consumption and noise levels while maintaining laminar flow for strong blowoff. Air Jets entrain large volumes of surrounding air through the Jet (similar to Air Amplifiers) and are more efficient than Air Nozzles. They cover a larger blowoff
- Features: Adjustable Flow / Pattern, Other
- Media: Air / Gases
- Material: Aluminum
- Application: Cleaning / Blowoff
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Supplier: Lechler, Inc.
Description: * Mount shoulder to shoulder for an air-knife * Flat spray clears slots and wipes flat surfaces * Stackable for extra high power * Available in economical POM or aluminum for hard dutyThe original and still most popular design: * Standard POM version * Guarded orifice version for hand use *
- Maximum Pressure: 15 to 75 psi
- Maximum Flow: 2,917.4025974026 to 8,572.67532467533 GPH
- Media: Air / Gases
- Application: Cleaning / Blowoff
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Description: O-ring seal prevents leakage, nylon or stainless steel ball actuator
- Maximum Pressure: 50 psi
- Media: Air / Gases, Oil, Water
- Form: In-line
- Technology: Pressurized / Hydraulic
Find Suppliers by Category Top
More Information Top
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Silvering substrates after CO2 snow cleaning
CO2 snow nozzle .
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How to clean surfaces
CO2 snow from nozzle on generator: High speed jet knocks off large and medium size particles from bare or coated optics .
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Moon
Special surface coatings, elec- trostatic brushes/wands, CO2 - snow nozzles and a whole host of other technologies have been proposed to prevent dust from depositing, or to remove fine lunar dust from surfaces.
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High quality baseline for high efficiency, Cu(In 1−x ,Ga x )Se 2 solar cells
After the evaporation of Mo, we place the substrate on a hotplate (608C) in a flow box and clean the surface of the back contact with a carbon dioxide ( CO2 ) snow jet ( nozzle attached to a high-pressure CO2 bottle—the rapid expansion …
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Proc. of the workshop on pushing the limits of RF superconductivity.
Test of the CO2 - snow nozzle system in a cut NbCu-cavity.
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The collection and processing of human brain tissue for research
Two full liquid withdrawal CO2 gas cylinders with an adapter nozzle for producing CO2 snow are stored there as well as tools, aluminium wrapping foil, cut up trays, etc.
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Removal of SU-8 photoresist using buckling-driven delamination assisted with a carbon dioxide snow jet for microfluidics fabrication
The experiments and analyses showed that the best distance for the CO2 snow jet to the nozzle exit was 6–10 mm. .
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Recent of Developments of Cleaning and separating Processes with Near and of Supercritical fluid
A binary nozzle is used with the CO2 snow beam wrapping compressed air jet, the Abrasivität can be increased something [30].
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Efficacy of active cooling for controlling residual stresses in friction stir welds
… rapid rise in cooling efficiency on accelerating from the static condition corroborates the earlier hypothesis that the ineffective- ness of a stationary sink arises from a combination of gas and CO2 snow building up beneath the cooling nozzle , so as to form …
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Qualification of CO2 jet spray cleaning for use on magnesium-fluoride-protected aluminum coatings for the corrective optics space telescope axial replacement (...
It was postulated that this gap could allow a build up of CO2 snow on the edge of the nozzle which would compact under pressure, and eventually break off and form the C02 ice particles observed (see Figure 1).
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