スプレーイングシステムスジャパン Product Lineup

(1) The main body material is made of PVDF, which excels in chemical resistance and durability, and VITON is used for the packing, making it particularly suitable for applications that use chemical liquids such as acids and alkalis. (2) Our unique atomization mechanism achieves a fine mist with a uniform spray pattern, producing a fine mist equivalent to the liquid flow rate/particle diameter with approximately half the amount of air compared to conventional methods. Spraying Systems, a global brand of spray nozzles, offers nozzles suitable for various applications based on a track record of over 90,000 items. *For information about spraying nozzles, please download the PDF or contact us.

■There are many types of spray angles, flow sizes, and connection diameters. ■The standard materials are stainless steel, brass, PVDF, and others. ■You can choose the optimal nozzle for your usage conditions for applications such as cooling, humidifying, coating, and precision cleaning. Spraying Systems, a global brand of spray nozzles, offers nozzles suitable for various applications based on a track record of over 90,000 items. *For information about spraying nozzles, please download the PDF or contact us.

【Features】 ◆ There are many types of spray angles, flow sizes, and connection diameters. ◆ It generates a fine mist with small particle diameters at low pressure. ◆ It has a large foreign object passage diameter. ◆ Depending on the type, it can produce very small amounts of mist spray. ◆ Depending on the type, it can also create fine sprays of viscous liquids. Spraying Systems, a global brand of spray nozzles, offers nozzles suitable for various applications based on a track record of over 90,000 items. *For information about Spraying Systems nozzles, please download the PDF or contact us.*

Using a blower as an air source, a fine mist is sprayed. The transition from compressor type to blower type enables energy conservation. This significantly reduces electricity costs. There are two types of liquid supply methods: the "siphon type," which draws liquid using air flow, and the "pressurized type," which pumps liquid. These are ideal for dust control in waste treatment facilities and mist cooling. For more details, please download the catalog or contact us. Spraying Systems, a global brand of spray nozzles, offers nozzles suitable for various applications based on over 90,000 items of proven performance. *For information on spraying nozzles, please download the PDF or contact us.*

This is a technical document that helps improve productivity, enhance work efficiency, and reduce costs. It includes a wide range of nozzle products and the latest spray technology information. 【Main Contents】 Nozzle selection guide by application Spray technology Full cone spray nozzles Flat spray nozzles Hollow cone spray nozzles Single fluid fine atomizing nozzles Two fluid air atomizing nozzles Automatic spray nozzles Spray guns Tank cleaning nozzles Air blow nozzles Specialty nozzles and more Spraying Systems, a global brand of spray nozzles, offers nozzles suitable for various applications based on over 90,000 items of proven performance. *For information about Spraying Systems nozzles, please download the PDF or contact us.

The "spray nozzle," which continues to evolve in the food production process. It expands the use of nozzles that contribute to promoting automation, labor saving, cost reduction, and efficiency improvement throughout the entire food processing process, not only in quality control of food raw materials and hygiene management of equipment. ★Currently, we are offering a catalog featuring examples of solutions categorized by equipment and application★ Please pay attention to it as a key technology for improving the food manufacturing process! 【Examples of Solutions (excerpt from the catalog)】 ■ Humidification, moisture control, dust suppression, deodorization, and static electricity prevention using fine mist ■ Reduction of cleaning and rinsing time, cost cutting ■ Automation of coating and spraying processes ■ Air conditioning and cooling using a fine cooling mist system, etc. The catalog includes many other solutions in addition to the above. You can view it immediately by clicking the download button below. Spraying Systems, a global brand of spray nozzles, offers nozzles suitable for various applications based on over 90,000 items of proven performance. *For information on spraying nozzles, please download the PDF or contact us.

This is a fine mist nozzle that generates a fine, cool mist that does not wet clothing or the surrounding area, effectively providing cooling through evaporative heat absorption. Spraying Systems, a global brand of spray nozzles, offers a variety of nozzles suitable for different applications based on a track record of over 90,000 items. *For information about spraying nozzles, please download the PDF or contact us.*

The ultra-fine mist two-fluid nozzle "Quick Fogger" is a humidification system that does not wet the inside of air conditioning units. 【Features】 Significantly reduces air consumption High specifications with uniform particle size of 7.6 to 11.2 μm Easy setup in limited spaces Variety of flow sizes 【Details】 Spray volume: (Air pressure 0.3 MPa) Liquid = 1.0 to 4.5 L/h, Air = 30 to 40 L(normal)/min (Spray volume varies depending on siphon height.) Material: Body, cap = PP (polypropylene) Nozzle tip = SUS303 (Option: PTFE) Packing = fluororubber Connection: Air side, liquid side = Rc1/8 Dimensions: Total length 45.9 mm, maximum width 33.5 mm You can use a mounting hole compatible with M5 screws and nuts. Spraying Systems, a global brand of spray nozzles, offers nozzles suitable for various applications based on a proven track record of over 90,000 items. *For information about spraying nozzles, please download the PDF or contact us.

An automatic spray gun that atomizes liquids at low pressure using high-speed airflow, such as compressed air. It is suitable for applying small amounts of liquids, oils, release agents, or for spraying with even finer particles than a single fluid. With precise spray control, it improves production processing capacity, reduces liquid usage and costs, and shortens maintenance time. 【Features】 - Achieves efficient application by reducing excessive spraying. - A single spray tip can accommodate a wide range of flow rates. → Reduces downtime and associated costs caused by tip changes. - Minimizes mist drift and excessive spraying, contributing to an improved working environment. - High-speed intermittent spraying can accommodate fast-moving lines, contributing to increased production processing capacity. - Available in single fluid or dual fluid types. Particularly for those using common dual fluid nozzles, consultation for switching to a cost-effective pulsating jet single fluid automatic gun that does not use expensive compressed air is possible. - A wide variety of food-compatible types are available. - With Precision Spray Control (PSC), automatic flow adjustment is performed according to operating conditions such as line speed, optimizing performance.

■Improved cleaning efficiency by incorporating air Negative pressure generated by the flow of water creates suction from the outside air. The water flow containing bubbles forms a thick stream for spraying, allowing for a wider cleaning area compared to conventional solids. ■Approximately 50% water-saving effect compared to conventional methods (according to our research) The water flow being sprayed contains bubbles, which increases the spray volume relative to the water amount, resulting in water-saving effects. This significantly contributes to reducing the amount of water used for cleaning compared to conventional nozzles. ■Compatible with various sizes of bottles and cans By adjusting the spray pattern, flow rate, and pressure, it can accommodate the cleaning of various bottles and cans, including small containers and wide-mouth containers. Spraying Systems, a global brand of spray nozzles, offers nozzles suitable for various applications based on a track record of over 90,000 items. *For information about spraying nozzles, please download the PDF or contact us.

This document explains how to reduce electricity costs by approximately 90% using a single-fluid nozzle humidification method. It includes a general classification of humidification methods, a performance comparison between two-fluid and single-fluid humidification, and examples of recommended nozzles for different environments. Additionally, it introduces energy-saving simulations for two-fluid and single-fluid humidification, making it a useful reference when considering implementation. We encourage you to read it. 【Contents】 ■ General classification of humidification methods ■ Energy-saving simulations for two-fluid and single-fluid humidification ■ Performance comparison between two-fluid and single-fluid humidification ■ Examples of recommended nozzles for different environments ■ Conclusion *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study of a major confectionery manufacturer that implemented a small-sized two-fluid automatic spray gun. At this manufacturer, release oil was applied manually to the trays, and to ensure proper application, a larger amount was sprayed, leading to excessive application and increased costs for the release oil, which became a concern. Additionally, the mist dispersion causing contamination in the surrounding area was also an issue. With the introduction of the small-sized two-fluid automatic spray gun, it became possible to apply the minimum necessary amount of release oil, suppressing the mist dispersion and reducing usage. [Case Overview (Partial)] ■ Challenges - Excessive application due to manual spraying, leading to increased costs - Contamination in the surrounding area due to mist dispersion ■ Product Introduced: Micro Two-Fluid Nozzle *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case where the "FloMax dual-fluid nozzle" was implemented at a coal producer in the United States. The company needed to dissipate methane gas in the underground mine to eliminate the risk of ignition, but the single-fluid nozzle equipped on the continuous miner could not generate the small particles necessary to humidify the surrounding area. After the implementation, the safety of the coal mine was ensured, and it became possible to mine areas that were previously undeveloped. [Case Overview] ■Challenges - There was a need to dissipate methane gas in the underground mine and eliminate the risk of ignition. - The single-fluid nozzle could not generate the small particles necessary to humidify the surrounding area. *For more details, please refer to the PDF document or feel free to contact us.

We are offering a document titled "Industrial Nozzle Selection Guide - Energy Saving and Cost Reduction Edition." 【Are you facing these issues?】 - Cost reduction is an important theme, but the challenge is balancing it with maintaining and improving quality. - Excessive cost reduction can lead to a decline in quality, an increase in defective products, and risks such as recalls and customer dissatisfaction. Using examples such as the introduction of spray guns, nozzle replacements, and the implementation of automated systems, we will provide detailed methods for cost reduction and energy saving. 【Contents】 ■ Cost Reduction vs. Quality ■ Methods for Cost Reduction and Energy Saving ■ Improvement of Manual Operations ■ Review of Existing Equipment ■ Automation of Operations ■ Conclusion We also provide a clear explanation of the types of nozzles and selection factors for automation of operations, so please take a moment to read it. *For more details, please download the PDF or feel free to contact us.

In the oil coating process, do you have concerns such as "oil splattering and dirtying the workspace" or "the hassle of cleaning and maintenance"? These issues can be resolved by re-evaluating the application method! ■ Conventional Methods and Challenges With traditional air-based fine mist spraying, excessive oil tends to be sprayed, leading to splatter beyond the workpiece. As a result, this has led to problems such as workspace contamination, increased cleaning and maintenance labor, and higher oil consumption. ■ The "Ideal State" Illustrated in the Manga Oil is applied only in the necessary amounts to the workpiece, minimizing splatter within the factory, and reducing the burden of cleaning and maintenance. This represents the ideal condition in the oil coating process. ■ Key to the Solution: Precise Application with PulsaJet The PulsaJet automatic spray gun introduced in the manga achieves high-speed ON/OFF control of the spray through PWM (Pulse Width Modulation) control. Without using air, it enables precise oil application to "apply just the right amount to the targeted area." ■ Benefits of Implementation Reduces oil splatter and significantly decreases workspace contamination, leading to reduced oil consumption through optimized application amounts.