Sprays - Import export

Innospray B600 is a ready to use cleaner for waterproof surfaces. It is highly suitable for removing (grease) stains and fingerprints. By first spraying Innospray B600 on a microfiber cloth and then wiping the stainless steel it will dry up streak-free. It is easy to use and suitable for daily cleaning of waterproof surfaces like handrails, elevators, kitchens et cetera.

Extensive range of packagings and formulations We have a minimum order quantity, for more details please contact us!

Classic Spray TopItem number: 407.01 Neck protection with elastic in fastener. Polyester cuff. Colour Size UNI Standards < >

Classic Spray overallItem number: 433.01 Covered zipper. Hood with cord. Press-studs on covered fastening, arm and leg sleeves. Material P9/PVC 300g Colour Size S M L XL XXL 3XL Standards

Features Flat spray pneumatic nozzle producing semi-fine (and semi-coarse) atomization having a mean droplet diameter of 50μm or more. (*3) High spray impact with thin flat spray pattern and uniform distribution. Liquid pressure type under the liquid pressures of 0.2–0.5 MPa (ca. 2 bar – 5 bar). Large turn-down ratio with stable spray angle. Spray angle of 60° or 80° *1) Measured at compressed air pressure of 0.4 MPa (ca. 4 bar) and liquid pressure of 0.5 MPa (ca. 5 bar). *2) Free passage diameter of nozzle orifice. *3) Measured by Laser Doppler Method. Applications Cleaning: Printed circuit boards, liquid crystal, liquid crystal display, steel plates [Steel making industry] Surface finish process: Precision cleaning for steel surface treatment, Roll cleaning

Features Pneumatic slit-laminar nozzle with uniform spray distribution throughout the entire spray pattern area. While multiple-nozzle alignment of conventional pneumatic spray nozzles leaves some spots unwashed, PSN nozzles provide uniform spray distribution and achieve a complete cleaning, leaving no spot unwashed. PSN can be used at a short distance. *1) Measured at compressed air pressure of 0.1–0.4 MPa (ca . 1 bar – 4 bar) and liquid pressure of 0.1–0.4 MPa (ca . 1 bar – 4 bar) for PSN nozzle with slit length of 1000 mm and slit opening of 0.05 mm. Applications Cleaning: Glass substrate, liquid crystal Cooling: Steel plates, moldings Moisture control: Paper, cardboard [Steel making industry] Surface finish process: Precision cleaning for steel surface treatment, Roll cleaning

Features Full cone spray pneumatic nozzle producing fine atomization with a mean droplet diameter of 60 μm or less (*3). Clog-resistant design. Optimal for spraying viscous liquids. Liquid siphon feed type (liquid pressure device is not required). Use with the liquid pressure device is also possible. *1) Measured at compressed air pressure of 0.3 MPa (ca. 3 bar), liquid pressure of 0 MPa (Liquid siphon feed), and siphon height 100 mm. *2) Free passage diameter of liquid inlet. *3) Measured by Laser Doppler Method. Applications Spraying: Mold release agent, deodorant, oil, surface treatment agent, rust preventive, lubricant, honey, glaze, insecticide, aqueous urea, slurry, other viscous liquid

Features Flat spray pneumatic nozzle producing semi-fine atomization with a mean droplet diameter of 80 μm or more (*3). Clog-resistant design due to large free passage diameter is suitable for spraying factory effluents and waste water. Simple structure, easy maintenance. *1) Measured at compressed air pressure of 0.1–0.4 MPa (ca. 1 bar – 4 bar) and liquid pressure of 0.1–0.5 MPa (ca. 1 bar – 5 bar). *2) Free passage diameter of nozzle orifice for DOVVA-G 70° spray angle type. *3) Measured by Laser Doppler Method. Applications Denitration: Gas cooling Moisture control: Flue gas Combustion: Waste water

Features Liquid pressure type under the liquid pressures of 0.07–0.7 MPa (ca. 0.7 bar – 7 bar). Large turn-down ratio with minimal variation in spray angle. Uniform distribution suitable for multiple-nozzle arrangements. Large free passage diameter minimizes clogging. Standard spray angle of 55°, 70°, 95°, or 110°. Applications Cooling: Gas, steel plates, steel pieces, moldings, etc. [Steel making industry] Steel making process: Cooling continuous casted steel (slab, bloom, billet, beam blank, etc.) Rolling mill process: Cooling roll in heat treatment

Features Full cone pneumatic spray nozzle producing a large amount of “fine fog”. Energy-saving design – mean droplet diameter of 50 μm and a maximum droplet diameter of 150 μm (*4) at an air-water ratio of 130. Large turn-down ratio. Spray angle of 20° or 60°. *1) Measured at compressed air pressure of 0.2–0.5 MPa (ca. 2 bar – 5 bar) and liquid pressure of 0.2–0.5 MPa (ca. 2 bar – 5 bar). *2) Measured at compressed air pressure of 0.2–0.5 MPa (ca. 2 bar – 5 bar). *3) Free passage diameter of liquid inlet for GSIMⅡ60° spray angle type. *4) Measured by Laser Doppler Method. Applications Cooling: Gas, moldings, refractories Moisture control: Gas, concrete Combustion: Oil, waste fluid Dust suppression: Recycling facilities, material facilities, moldings

Features Flat spray pneumatic nozzle producing fine atomization with a mean droplet diameter of 100 μm or less.** Ultra-compact size. About 42 mm in total length including control adaptor. Features large turn-down ratio under liquid pressures of 0.1–0.3 MPa (ca. 1 bar – 3 bar). Produces two different spray distributions: uniform spray distribution throughout spray pattern area (when spraying at a low air-water ratio), or a mountain-shaped distribution having gradually tapered edges (at a high air-water ratio). Spray angle of 110 °, 80 °, or 45 °.* Capable of spraying smallest flow rate among all of our pneumatic spray nozzles. Spray ON/OFF can be regulated by switching the pilot air ON/OFF (adaptor type SP) or by turning compressed air ON/OFF (adaptor type SN). *Spray angle measured at compressed air pressure of 0.3 MPa (ca. 3 bar) and liquid pressure of 0.1 MPa (ca. 1 bar). **Mean droplet diameter measured by Laser Doppler Method.

Features Flat spray pneumatic nozzle producing fine atomization with a mean droplet diameter of 100 μm or less (*3). Features large turn-down ratio under liquid pressures of 0.1–0.3 MPa (ca. 1 bar – 3 bar). Produces two different spray distributions: uniform spray distribution throughout spray pattern area (when spraying at a low air-water ratio), or a mountain-shaped distribution having gradually tapered edges (at a high air-water ratio). Spray angle of 110 °, 80 °, or 45 °. *1) Spray angle measured at compressed air pressure of 0.3 MPa (ca. 3 bar) and liquid pressure of 0.1 MPa (ca. 1 bar). *2) Free passage diameter of nozzle orifice. *3) Measured by Laser Doppler Method. Applications Spraying, Cooling, Moisture control, Cleaning, Dust suppression, etc.

Features Flat spray pneumatic nozzle producing fine atomization with a mean droplet diameter of 100 μm or less (*3). Features large turn-down ratio under liquid pressures of 0.1–0.3 MPa (ca. 1 bar – 3 bar). Produces two different spray distributions: uniform spray distribution throughout spray pattern area (when spraying at a low air-water ratio), or a mountain-shaped distribution having gradually tapered edges (at a high air-water ratio). Spray angle of 110 °, 80 °, or 45 °. *1) Spray angle measured at compressed air pressure of 0.3 MPa (ca. 3 bar) and liquid pressure of 0.1 MPa (1 bar). *2) Free passage diameter of nozzle orifice. *3) Measured by Laser Doppler Method. Applications Spraying, Cooling, Moisture control, Cleaning, Dust suppression, etc.

Features Low-speed rotating nozzles for tanks/containers cleaning. Rotation of 5–10 rpm at 0.3 MPa (ca. 3 bar). Maximized contact time between cleaning object and spray liquid achieves higher cleaning effect. High heat-resistant. Applications Cleaning of tanks, containers, filling machines, and conveyors

Features Self-cleaning nozzle header. Inner brushes for nozzle cleaning are built-in. By rotating inner brushes, nozzle orifices are cleaned thoroughly, and foreign objects inside the pipe are flushed out through the drain. Available in the manual brush-cleaning type (the inner brushes are rotated by turning handwheel) and air-driven automatic type (which allows remote control of spray and cleaning modes). *1) Spray capacity per one nozzle (not per header). Applications [Steelmaking] In Continuous Galvanizing Line (CGL), Electrolytic Galvanizing Line (EGL), Continuous Pickling Line (CPL), and Continuous Annealing Line (CAL)

Features Compact cleaning nozzles for low- and medium-pressure specifications. Available in threaded joint type or pin connection type. In addition to standard types, we can also provide a special-order spray nozzle to meet customer’s tank specifications and applications. Applications Tank cleaning, vessel cleaning

Features Cleaning inside pipes and tubes, moving itself by means of spraying solid stream jets in different directions as driving force. High impact jets effectively remove scale and dirt inside pipes. Applications Cleaning: Pipes, drains, water and wastewater pipes, tubes of heat exchangers and cooling machines Others: Removing scale and rust

Features Allows adjustment of spray direction over a range of 50 degrees as desired. [Metal type] Withstands pressure design. Available from 1/8″ to 3/4″ in pipe connection sizes. Use UT-S303 (stainless steel 303) at pressure under 15 MPa (ca. 150 bar), UT-B (brass) under 4 MPa (ca. 40 bar). [Plastic type] Lightweight, high seal performance. Spray direction is adjustable while spraying (up to 0.3 MPa, ca. 3 bar). Use UT-FRPP at pressure under 1 MPa (ca. 10 bar, at room temperature). Cautions for both types: Do not use under conditions where water hammer or sudden change of water pressure occurs. For use with KB and KKBP series nozzles, a different type of UT Ball Joints are required. Inquire with us for details. Applications Accurate nozzle alignment is possible after connected to a pipe. Where large changes in spray direction are required depending on nozzle application such as cleaning and air blowing.

Features Low-pressure type rotating nozzle. Solid stream jet provides high cleaning performance. As the nozzle part is movable, it is easy to insert into and eject from a tank or equipment. Compact design allows for installation in a tank with a small inlet. *1) Spray capacity for each model: RJ3-2-Φ7: 103 L/min (at 0.3 MPa, ca. 3 bar)–169 L/min (at 0.8 MPa, ca. 8 bar) RJ3-2-Φ8: 127 L/min (at 0.3 MPa, ca. 3 bar)–207 L/min (at 0.8 MPa, ca. 8 bar) RJ3-4-Φ6: 146 L/min (at 0.3 MPa, ca. 3 bar)–239 L/min (at 0.8 MPa, ca. 8 bar) *2) Reach distance of RJ3-4-Φ6 is approx. 9 meter in radius. Applications Cleaning of tanks, chests, and containers, cleaning inside the chests (material tanks of papermaking)

Features Taking in surrounding liquid, EJX series solution agitation nozzle spouts out 3-4 times more volume than the amount supplied. Simple structure and compact design suitable for multiple-nozzle arrangement. Applications Solution agitation, preventing deposition, uniformizing concentration and pH Cleaning in liquids Submerged etching Plating

Features High chemical-resistant rotating cleaning nozzles. Solid stream (ES series) or flat fan-shaped spray pattern (ESV series). Compact and simple design. Rotation is driven solely by the flow of the cleaning fluid. Clean design with little dripping from the nozzle tip even when installed upward. Applications Cleaning by volume of spray flow, not by spray impact Cleaning of tanks and filling machines

Features Pressure loss is minimal to enable high spray impact performance. Long thin slit with tapered nose is suitable for installation in a narrow space such as between support rolls. Drastic energy saving is achieved by switching from compressor-using type. Applications Blow-off drying: Blow-off drying after washing, Edge wiper for steel surface treatment

Features Air booster nozzles producing powerful air blow with small air consumption. Taking in surrounding air, EJA series provides ten times more* blown air than the volume supplied. Graduated scale markings on the nozzle allow for accurate adjustment of blown air volume and intake air volume. Made of stainless steel with high durability. *1/4F EJA 300 Applications Blowing off dust/paint dust, Rejection of inferior products, Blowing off drying Blowing extraneous liquids or powders off of items passing by on the conveyor belt

Features High impact solid stream of air flown from eight holes. Compact design, lightweight. Quiet operation with noise level reduced by more than 10 dB (A) compared to conventional one-hole air nozzle. Max. allowable temperature: [Plastic] 60℃ (140 °F), [Stainless steel] 400℃ (750 °F). Applications Blow-off drying: Blow-off drying for engine block Blowing off: Rejection of inferior products Cooling: Pinpoint cooling for molded plastic

Features Long flat air nozzle with 100 mm–1,400 mm in spray width. 13 spray width types are available. Max. allowable temperature: 400℃ (750 °F) Applications Blow-off drying: Blow-off drying after washing, Edge wiper for steel surface treatment, Blow-off drying for engine block Blowing off dust/paint dust/debris, Blowing off inferior products (rejection of inferior products) Cooling: Pinpoint cooling for molded plastic Others: Detachment, Cleaning, etc.

Features Extra fine and clear non-turbulent solid stream nozzles with high impact cutting force. Applications Trimming: Paper making Cutting: Timber, food Others: Cleaning of precision machine parts, injection of chemicals, deburring, foaming of beer (jet foamer)

Features Extra fine and clear non-turbulent solid stream nozzles with high impact cutting force. Applications Trimming: Paper making Cutting: Timber, food Others: Cleaning of precision machine parts, injection of chemicals, deburring, foaming of beer (jet foamer)

Features High impact solid stream. Convex round inlet protrudes inside the pipe to prevent particles from flowing into the nozzle, reducing clogging. CRP (AL99) series features high-purity alumina orifice providing stable performance with longer life. Applications Cleaning: Wire and felt parts of paper making machines, machinery, parts, vehicles, returnable, containers, bottles

Features Our highest impact solid stream. Interior design featuring minimal pressure drop generates large flow of solid stream jet. Impact of turbulent flow inside the piping can be minimized. Applications High pressure cleaning: Wire and felt parts of paper making machines, vehicles, returnable containers, machinery, parts Trimming: Paper making