Using steam from the factory as a heat source, hot water can be boiled in the tank of the cleaning machine and sprayed at high pressure for cleaning. It is a quiet and safe high-pressure hot water cleaning machine that does not use fire inside the machine.
The SW-903STM is a hot water cleaning machine that uses live steam as a heat source, eliminating the need for a combustion chamber inside the unit. It operates quietly and safely, producing no exhaust gases such as CO2, making it environmentally friendly. Furthermore, by utilizing excess steam, it effectively makes use of energy. Are you hesitant to introduce a hot water cleaning machine for reasons such as: "I want to use a high-pressure hot water cleaner but don't want to use fire for fire safety reasons," "Electric models are insufficient in terms of hot water supply," or "I am resistant to adding equipment that increases environmental burden"? High-pressure cleaning is often thought to consume a large amount of cleaning water, but in reality, it removes dirt from narrower areas with less water than hand washing. <Features> - Direct heating by introducing steam directly into the internal tank through a silencer, ensuring high heating efficiency without steam bubbles mixing into the pump. - The internal tank temperature can be freely controlled with a gas thermostat and steam solenoid valve. - No hassle of fuel refilling. - The absence of a combustion chamber keeps the area around the cleaning machine always clean. - Equipped with a SUS detergent tank inside, allowing for detergent cleaning with a switch. - SUS outer panels and piping, and the ability to manufacture high-temperature water types (Max. 95°C). *For more details, please refer to the PDF document or feel free to contact us.
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basic information
SW-903STM Steam Heating High-Pressure Hot Water Cleaning Machine Water Flow Rate: 900L/H (no load) Water Pressure: 3–9MPa (continuously variable) Injection Temperature: Ambient temperature to 80°C (high-temperature water type 95°C) Temperature Control: Gas thermostat + steam solenoid valve Heating Method: Direct heating by steam Motor: 2.2kW Power Connection: Three-phase AC 200V Pressurizing Pump: Triple piston type Float Tank: 80L (SUS) Detergent Tank: 35L (SUS) - solenoid valve type Dimensions: 955(W) x 655(L) x 1190(H) mm Weight: 148Kg Accessories: Cleaning hose 3/8 x 10m Cleaning gun
Price information
Price excluding tax
Price range
P5
Delivery Time
※Typically within 30 days after receiving the order.
Applications/Examples of results
Usage: Almost all situations related to cleaning. Washing of vehicles, cleaning of equipment, piping, filters, containers, molds, various conveyor lines, etc. Cleaning of floors and walls, and disinfecting cleaning. Examples of achievements: Food manufacturers, various food processing plants, meat centers, Cleaning of used tires at tire recycling plants.
Detailed information
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Steam Heating Hot Water Tank This unit uses direct heating by introducing live steam directly into the hot water tank, rather than a heat exchange method, achieving a heating efficiency of 100% and utilizing steam without waste. Unlike heat exchange systems where water flows through coils, this is a storage type, ensuring a stable injection volume and water temperature. The steam is converted into fine bubbles by a silencer, preventing steam bubbles from mixing with the pump. Additionally, the steam is controlled to the set temperature by a thermostat and an electromagnetic steam valve.
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SUS exterior panel specifications Stainless steel exterior suitable for the food and pharmaceutical industries (optional). Exterior SUS304, with casters made of resin that are highly resistant to corrosion.
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In food processing plants and kitchens, if there is a steam boiler and steam piping within the factory, connecting the steam piping to this machine allows for the configuration of a quiet and safe high-pressure hot water cleaning machine. It is effective for cleaning the floors and walls of the factory, processing equipment, dryers, various other facilities, containers, bins, conveyors, water tanks, cooking utensils, and also for washing commercial vehicles. Since the cleaning machine does not use fire, it can be used with the same feeling as a cold water type.
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If it is a factory with a steam boiler installed in a food processing plant, you can significantly reduce the running costs of hot water cleaning machines by using excess steam as the heat source.
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Conveyor cleaning of the dryer In addition to manual cleaning with a cleaning gun as shown, the user in the image has implemented an automatic cleaning system that allows for the quick attachment and detachment of a spray nozzle unit inside the dryer.
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Automatic Cleaning of Steamers Our company’s unique rotating nozzle moves side to side to continuously and automatically clean the steamer. Since it cleans with a single nozzle, it also has water-saving effects, and combined with reduced fuel costs due to excess steam, it enables economical operation.
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Pipe cleaning This shows the process of cleaning the inside of pipes using a pipe cleaning nozzle. Using a snake nozzle allows for cleaning even with some bends. The reverse jet force from the nozzle enables the easy feeding of the cleaning hose.
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Container Hand Washing A scene of container washing taking place at the fishing cooperative's port. After unloading the fish, the empty containers are immediately washed with warm water on-site. Warm water is effective for removing dirt, fish oil, scales, and seawater, and it also dries quickly.
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Mixer cleaning For mixer cleaning in food processing factories. With high-pressure hot water cleaning, you can easily and quickly clean in a short time, and the drying after cleaning is also completed in a short time. Since the steam type does not use fire in the cleaning machine itself, it can be installed indoors.
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Company information
Since the development of Japan's first steam cleaner in 1952, we have not viewed cleaning machines merely as tools for cleaning, but rather as partners in improving the global environment. We have thoroughly pursued not only performance aspects such as efficiency, functionality, and durability, but also the development and production of cleaning machines powered by clean energy, as well as pollution-free disposal and reuse. Through this pioneering spirit and accumulation of technology, we have achieved an exhaust emission value that is nearly zero, even with kerosene-powered models. Furthermore, we have developed environmentally friendly hot water cleaning machines such as the "Yusen," a clean, safe, and quiet high-pressure hot water cleaner powered by nighttime electricity, and the gas-powered high-pressure hot water cleaner "Gas Wash."
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