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Supplier: EXAIR
Description: EXAIRs 1" High Power Super Air Nozzles produce a flat 1" (25mm) wide airstream with a blowing force of 1 pounds. The unique design of this super-efficient nozzle makes it an ideal fit for both tight spaces and tight budgets. It uses EXAIR's patented technology to maximize entrained
- Application: Cleaning / Blowoff, Spray Drying, Other
- Media: Air / Gases
- Technology: Air Assist / Pneumatic
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Supplier: Radwell International
Description: TREGASKISS Machine Parts 401-42-50
- Media: Air / Gases
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Supplier: Radwell International
Description: AIR NOZZLE, FLAT, POM, G1/4, FBA AND OSHA COMPLIANT, **600.130.AC WITH COLOR CODE '56'**. FREE 2 YEAR RADWELL WARRANTY
- Media: Air / Gases
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Supplier: Radwell International
Description: DISCONTINUED BY MANUFACTURER, NOZZLE, TUBE, 7 MM. FREE 2 YEAR RADWELL WARRANTY
- Media: Air / Gases
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Supplier: Radwell International
Description: NOZZLE WITH DISPLAY, PRESSURE-COMPENSATIN G,8-F-PC,8' SERIESW/5° TRAJECTORY. FREE 2 YEAR RADWELL WARRANTY
- Media: Air / Gases
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Supplier: EXAIR
Description: EXAIR's Back Blow Air Nozzles are engineered to clean inside of pipe, tube, hose, or channel. An array of holes provide a forceful 360 degree air flow to clear out coolant, chips or debris created from machining processes. This nozzle prevents blowing chips further into a pipe or out
- Application: Cleaning / Blowoff, Other
- Media: Air / Gases
- Multiple Orifices: Yes
- Nozzle Form: In-line
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Supplier: EXAIR
Description: More Force, More Power! Some applications require extremely high force with extensive reach. EXAIR's Super Air Nozzle Clusters provide incredibly strong blowing force. These Super Air Nozzle Clusters are ideal for part ejection as well as blowoff, cooling and drying applications. All
- Application: Cleaning / Blowoff, Spray Drying, Other
- Media: Air / Gases
- Nozzle Material: Aluminum, Other
- Spray Pattern: Solid Cone
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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: BETE Fog Nozzle, Inc.
Description: Design Features Extremely short length for minimum projection and maximum clearance Produces a flat fan spray pattern available in a variety of spray angles Available in straight (parallel) threads only, NPS and BSPP Requires gasket to seal connection Spray Characteristics Spray pattern: Fan Spray
- Application: Cleaning / Blowoff, Coating / Painting, Other
- Maximum Flow: 82.2 to 520 GPH
- Maximum Pressure: 200 psi
- Media: Air / Gases, Chemicals, Coatings / Inks, Coolant, Steam, Water
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Supplier: Pneumadyne, Inc.
Description: the 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.
- Application: Cleaning / Blowoff
- Media: Air / Gases, Coolant
- Nozzle Form: In-line, Right Angle
- Nozzle Material: Brass
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Description: For use in low pressure, high volume blower systems
- Media: Air / Gases, Oil, Water
- Nozzle Form: In-line
- Nozzle Material: Thermoplastic
- Spray Pattern: Stream
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Supplier: Chonghong Industries(Microwork)Ltd.
Description: Sapphire & Ruby Nozzles are used where a longer Inner Diameter to Length ratio is desired. Sapphire nozzles & Ruby offer longer life than using metal and we can hold tighter tolerances due to sapphires & Ruby acceptance of higher surface finish. Typical Applications: Gas
- Application: Cleaning / Blowoff, Cutting / Machining
- Media: Air / Gases, Coatings / Inks, Other
- Nozzle Material: Other
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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
- Media: Air / Gases, Fuel (Liquid), Oil, Steam, Water
- Nozzle Form: In-line
- Nozzle Material: Steel - Stainless
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Supplier: Vortec
Description: Vortec engineered blow off nozzles significantly reduce compressed air consumption and noise, compared to open nozzle jets. Using proven amplification technology, Vortec nozzles entrain and accelerate free surrounding air, resulting in air flow volume up to 25 times more than
- Adjustable Position / Direction: Yes
- Application: Cleaning / Blowoff
- Integral Valve: Yes
- 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
- Adjustable Position / Direction: Yes
- Application: Cleaning / Blowoff
- Media: Air / Gases
- Nozzle Form: In-line
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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
- Application: Cleaning / Blowoff
- Media: Air / Gases, Powders / Abrasives
- Nozzle Form: In-line, Right Angle
- Nozzle Material: Carbide
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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
- Application: Cleaning / Blowoff, Cutting / Machining, Other
- Media: Air / Gases, Coatings / Inks, Water
- Nozzle Form: In-line
- Nozzle Material: Other
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Supplier: Lechler, Inc.
Description: Cone Nozzles Lechler's tangential hollow cone nozzles incorporate angled (tangential) swirl chambers to produce the uniform distribution of small to medium size droplets. Two-piece design provides large free passage, for low pressure operation and minimal clogging.
- Application: Cleaning / Blowoff, Fire Protection, Humidification, Other
- Maximum Flow: 16.8 to 52.8 GPH
- Maximum Pressure: 10 to 100 psi
- Media: Air / Gases, Water
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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 Wash
- Application: Cleaning / Blowoff
- Maximum Flow: 1.8 to 882 GPH
- Maximum Pressure: 60 psi
- 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
- Application: Cleaning / Blowoff
- Filter Nozzle: Yes
- Media: Air / Gases
- Nozzle Form: 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
- Application: Fire Protection, Other
- Maximum Flow: 156 GPH
- Maximum Pressure: 90 psi
- Media: Air / Gases, Water
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Modern Engineering for Design of Liquid-Propellant Rocket Engines > Design of Turbopump Propellant Feed Systems
… load equally (i.e., the velocity diagrams of each stage will be identical: GI = €3, C2 = €4 … The friction losses occurring in the first stage are passed on in the gas stream as additional … First Stage Nozzle … nozzles to the total kinetic energy of the gases leaving the first stage— can vary from 0 …
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VISUAL COMBUSTION RESEARCH USING THE RAPID COMPRESSION EXPANSION MACHINE
The Watlow® EXACTSENSE® thermocouple is now available with the CAN J1939 output signal to easily connect with … 7 Comparison of ROHR and emissions from high pressure gas injection ( gi ) and diesel combustion For the gas oil pilot injection, 60 MPa injection pressure and a nozzle diameter of 0.16 …
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Fluid Mechanics Heat Transfer and Mass Transfer: Chemical Engineering Practice
… 712–714 Fuel savings, 433 Fugacity coefficients, 546 Fuller’s equation, 459 Furnace tubes, 442 Gas film controlled, 461, 462 Gaskets, 35, 43, 405 Gas permeation, 684 Gas–solids transport, 208 Gas /vapor–liquid flow, 195 Geometric … … Gilliland correlation, 561, 562 GI pipe, 39 GPSA, 124 … … 384 dimple jacket, 380, 382 half-pipe coil jacket, 380 jacket with agitation nozzles , 380 panel or … … tube mixer, 170 baffled vessels, 169 draft tubes, 177 Banbury mixer, 181 change- can mixers, 181 convection …
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Interaction of a two-phase jet with a solid body with generation of a “Chaos” of particles
It has been obtained that the value of an can exceed unity for small incidence angles; the … … dependence of an, aτ from the modulus of elasticity Еi and shear modulus Gi , yield strengths σi … INITIAL DATA The radius of the nozzle critical section is taken to be r* = 5 mm, and … … settling chamber are the following: p0 = 2 MPa, Т0 = 290 K, and the carrying gas is air.
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Gas flow patterns in spouted beds
The set of equations presented allows for calcula- tion of the gas distribution pattern, starting from the primary data M,L, H and D,. M,H and D, can all be calculated directly from the experimental conditions. Mathur and Gi ~hler'~**'determined the gas velocity in the annulus by the pressure drop method and … … mathematical descrip- tions of the gas flow down to the vicinity of the nozzle can be obtained.
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Computational Fluid Dynamics Applications in Food Processing
7.2.2 Effect of Nozzle Geometry on Heat Transfer. . . . . . . . . . . . . CFD can be a useful tool for predicting the gas flow pattern and particle histories such as … CFD modeling can be used in retort processing of canned solid and liquid foods for understanding and … … gastrointes- tinal contents during digestion, based on the motor response of the gastrointestinal ( GI ) tract and the …
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wn_s.pl (finlayson-gwc2014.zip)
… 2,0). s(104814304,3,'hooter',n,1,0). s(104814304,4,' nozzle ',n,2 … … 1,21). s(104881506,2,'problem',n,2,120). s(104881732,1,' can _of_worms',n,1 … … 1,0). s(104923064,3,'stool_test',n,1,0). s(104923294,1,' GI _series',n,1 … … 1,0). s(105180336,1,'kinetic_theory',n,1,13). s(105180336,2,'kinetic_theory_of_ gases ',n,1 …
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Minimum spouting velocity for binary mixtures of particles
and combustiod3' of rarefied gas . Mathur and Epstein'"" said that U,,,, can be estimated most simply and reliably by Equation ( l), provid … … mass fraction of coarser particles CIl,particle density ps, column diameter D7,inlet nozzle diameter Do, bed … GI .
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wn_sk.pl (finlayson-gwc2014.zip)
… 00::'). sk(105598707,3,'hooter%1:08:00::'). sk(105598707,4,' nozzle %1:08:00 … … 00::'). sk(105687654,1,'pressure_point%1:09:00::'). sk(105687832,1,' can _of_worms%1:09:00 … … 00::'). sk(105741340,3,'stool_test%1:09:00::'). sk(105741578,1,' gi _series%1:09:00 … … 00::'). sk(106106305,1,'kinetic_theory%1:09:00::'). sk(106106305,2,'kinetic_theory_of_ gases %1:09:00 …
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Infrared absorption by methane adsorbed on alkali halide films
… G gas distributor T Teflon tube for gas inlet A 1 evacuation tube for intermediate vacuum A 2 high vacuum connection A3 filling tube for inner dewar A~ filling tube for outer dewar W KBr window Gi gas inlet (on back side … … on the bottom of the cell, the gas is finely distributed through two nozzles underneath the films. The outer can C of the cell is made of stainless steel, the inner vessels of brass …
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