Slurry Nozzle

Description: EXAIR’s 1/8 NPT HollowStream™ Cone Nozzles, with a circular ring spray pattern, are among the most common type of spray nozzles. Hollow cone spray nozzles are applied to solve cooling, cleaning, washing, rinsing and dust suppression applications throughout industry with less

• Adjustable Flow / Pattern: Yes
• Application: Cleaning / Blowoff, Coating / Painting, Other
• Maximum Flow: 3 to 60 GPH
• Maximum Pressure: 60 psi

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

• Application: Coating / Painting, Humidification, Spray Drying, Other
• Maximum Flow: 11 to 58 GPH
• Maximum Pressure: 20 to 50 psi
• Media: Air / Gases, Coatings / Inks, Water

Description: rotary slurry blast wheel that accelerates and discharges the abrasive slurry at high velocity in a controlled pattern. The blast wheel are equipped with a patented slurry projection nozzle that directs the slurry onto the rotary wheel

Description: and corrosion resistance.Norbide® Boron Carbide - one of the hardest materials known - also delivers excellent wear and abrasion resistance for longer service life. Nozzles can be provided as jacketed or non-jacketed.Applica tionsAbrasives for polishing and lappingWear resistant components

• Shape / Form: Spout / Nozzle (Launder Pouring / Atomization)

Description: technology for remanufacturing components. The heart of the cleaning process is the rotary slurry blast wheel that accelerates and discharges the abrasive slurry at high velocity in a controlled pattern. The blast wheel are equipped with a patented slurry projection

• Blast Pressure: 70 psi
• Carrier Fluid & Abrasive Feed: Wet / Water , Gravity Fed, Pressure Fed
• Features: Automatic / CNC Controlled, Heated Water / Steam
• Machine Mounting: Floor / Skid

Description: of semi-finished products. Continuous heating and mixing of pulp tanks for paper industry. Heating slurry for final separation in coal processing. Heating of #6 fuel oil during storage at petroleum processing plant. Freeze protection. Sparger Nozzle used

• Fuel / Energy Source: Hot Water / Steam

Description: onto extruded and other dry snack products with specially developed spray nozzles. Benefits Ensure consistent application with feedback technology that gauges slurry usage against the required application, and adjusts automatically. Improve recipe flexibility when combined with the by

• Air Supply Pressure: 29.01 to 1305 psi
• Automation / Control: Automatic
• Power / Driver: Electric
• Spray Technology: Spray / Atomization (Wet Coating), Powder Coating

Description: technology for remanufacturing components. The heart of the cleaning process is the rotary slurry blast wheel that accelerates and discharges the abrasive slurry at high velocity in a controlled pattern. The blast wheel are equipped with a patented slurry projection

• Blast Pressure: 70 psi
• Carrier Fluid & Abrasive Feed: Wet / Water , Gravity Fed, Pressure Fed
• Features: Automatic / CNC Controlled, Heated Water / Steam, Multiple Nozzles / Blast Wheels
• Machine Mounting: Floor / Skid

Description: nozzle, creating a narrow slurry gap. This narrow gap between the CT and steam nozzle, optimizes the steam exposure to the thin ribbon of starch slurry, as it enters the CT. By changing the position of the CT relative to the face of the steam nozzle, back pressure

• Heater Type: Steam Injection Heater, Other
• Sleeve (Sheath) Material: Stainless Steel, Steel

Description: Featuring an innovative under-surface mixing design, the tna intelli-flav® CLS 5 is ideal for creating a homogenous slurry mix for use on extruded and other dry snacks. This slurry spray system uses tna’s proprietary slurry-atomising air control technology to ensure

• Air Supply Pressure: 58.02 psi
• Automation / Control: Automatic
• Power / Driver: Electric
• Spray Technology: Spray / Atomization (Wet Coating), Powder Coating

Description: This standard for Rotodynamic (Centrifugal) Slurry Pumps for Nomenclature, Definitions, Applications and Operation provides an update to the 2005 edition. It addresses a long-standing challenge in the wastewater pump industy for development and acceptance of a test standard written

Description: Design Features Designed for use with abrasive materials such as limestone slurry Extensive history as a wet FGD (flue gas desulphurization) absorber nozzle Available in Cobalt Alloy 6 or industrial ceramic (reaction bonded silicon carbide

• Application: Other
• Maximum Flow: 2736 to 24480 GPH
• Maximum Pressure: 400 psi
• Media: Chemicals, Water, Other

Description: pumps is provided with a replaceable wear ring, to pump liquids with abrasive solid. - Inlet nozzle with large dimensions to ease the suction of liquids containing a high percentage of solid particles and to reduce the impeller wear - Heavy duty shaft, flexure on seal less than 0,05 mm

• Maximum Discharge Flow: Up to 4403 GPM

Description: efficiency. - The casing is provided with replaceable wear plate, which can be adjusted externally, to maintain the clearance with the impeller constant so as to ensure the high efficiency of the pump. - Inlet nozzle with large dimensions to ease the suction of liquids containing

• Maximum Discharge Flow: Up to 8806 GPM

Description: Product wetted surfaces mirror polished Chopper, or blank nozzle for later installation of choppers CIP-System autonomic PLC control or connected to PMSX

• Dryer Type: Paddle / Agitator Dryer, Vacuum Dryer
• Heat Source / Transfer: Indirect / Contact / Conduction
• Material Form: Free Flowing Powders / Granules, Slurries
• Operating Temperature: 14 to 304 F

Description: This specification covers high calcium, dolomitic and magnesian-hydrated lime for use in asphalt cement or bituminous pavements. Hydrated lime, either dry or slurry form, shall conform to the chemical composition requirements for calcium and magnesium oxides, carbon dioxide, unhydrated

Description: This specification covers high calcium, dolomitic and magnesian-hydrated lime for use in asphalt cement or bituminous pavements. Hydrated lime, either dry or slurry form, shall conform to the chemical composition requirements for calcium and magnesium oxides, carbon dioxide, unhydrated

Description: Strip, Foil, Wire, ASTM B-815, ASTM B-818 APPLICATIONS Agitators, blenders, bolts, dies, extruders, fan blades, filters, glass plungers, nozzles, pumps, rolls, screw conveyors, and valve parts DESCRIPTION ULTIMET® is a cobalt-based alloy with exceptional

• Applications: Wear Parts / Tooling, Other
• Coil Stock: Yes
• Features: Corrosion Resistant, Cold Work (Die / Mold), Wear Resistant / High Speed
• Metal / Alloy Types: Refractory / Reactive (UNS R), Cobalt / Cobalt Alloy

Description: 's specially designed air atomizing nozzles spray the liquid reagent slurry into the spray dryer for high efficiency removal of SO2, HCl, Mercury and other toxic components from flue gases. The slurry is evaporated and turns into reaction products which are collected downstream

• Pollutants Scrubbed: Acid
• Process Type: Dry

Description: The Alfa Laval BTUX separation system has been specifically developed to ensure optimum separation and concentration efficiency in biotechnological applications. The BTUX separators take advantage of the fact that the slurry of concentrated solids is pseudo-plastic and flows easily

• Application / Industry Use: Sanitary / Pharmaceutical
• Configuration: Centrifuge

Description: The Alfa Laval FEUX separator incorporates a unique combination is specially designed to ensure optimum separation and concentration efficiency in industrial fermentation applications. The FEUX separators take advantage of the fact that the slurry of concentrated solids is pseudo

• Centrifugal Separators: All Centrifugal Separators, Centrifuge

Description: The Alfa Laval BTUX separation system has been specifically developed to ensure optimum separation and concentration efficiency in biotechnological applications. The BTUX separators take advantage of the fact that the slurry of concentrated solids is pseudo-plastic and flows easily

Description: The Alfa Laval FEUX separator incorporates a unique combination is specially designed to ensure optimum separation and concentration efficiency in industrial fermentation applications. The FEUX separators take advantage of the fact that the slurry of concentrated solids is pseudo

Description: Hopper-Equipped Eductors are made for handling slurries or dry solids in granular form and are used extensively for ejecting sludges from tank bottoms, for pumping sand from filter beds and for washing and conveying granular materials. Liquid under pressure issues through a converging

Description: for measuring viscosity Analytical approaches to slurries Calculating water friction loss Friction loss of paper stock Nozzle friction loss Characteristics of steel, iron, non-ferrous, and plastic piping, plus information on flanges Vapor pressure

Description: SITRANS LR200 is a 2-wire, 6 GHz pulse radar level transmitter for continuous monitoring of liquids and slurries in storage and process vessels including high temperature and pressure, to a range of 20 m (66 ft). SITRANS LR200’s unique design allows safe and simple programming using the

• Level Measurement Type: Continuous Level
• Material Temperature Range: -40 to 392 F
• Maximum Operating Pressure: 580 psi
• Measuring Range: 787 inch

Description: A versatile, low cost, yet highly efficient unit, the Bowen "BLSA" Spray Dryer is ideal for a wide range of chemicals foods, flavors, dyes, organics, pigments, and other materials in water-base slurries, solutions emulsions, or suspensions. Inlet drying temperatures range from 150°C to

• Spray Technology: Spray / Atomization (Wet Coating)

Description: normal sieving range into much finer sizes. Effective applications for this method include coal, mining/minerals, marine sediments, soils, pipeline slurries, and other non-soluble materials. Wet-Vac® tests closely simulate actual production conditions in wet-process industries. An initial

Description: normal sieving range into much finer sizes. Effective applications for this method include coal, mining/minerals, marine sediments, soils, pipeline slurries, and other non-soluble materials. Wet-Vac® tests closely simulate actual production conditions in wet-process industries. An initial

Description: normal sieving range into much finer sizes. Effective applications for this method include coal, mining/minerals, marine sediments, soils, pipeline slurries, and other non-soluble materials. Wet-Vac® tests closely simulate actual production conditions in wet-process industries. An initial

Description: normal sieving range into much finer sizes. Effective applications for this method include coal, mining/minerals, marine sediments, soils, pipeline slurries, and other non-soluble materials. Wet-Vac® tests closely simulate actual production conditions in wet-process industries. An initial