Stable high-temperature water can be continuously sprayed at high pressure for a long time! High-efficiency cleaning operations are achieved!
The "High-Temperature Water Cleaning Machine" is a cleaning device that heats water using an oil-fired boiler and can freely spray high-pressure water from cold water up to 110°C. It features a unique double-structure boiler equipped with a double heat coil for reheating. This design minimizes the decrease in water flow and pressure during high-temperature water use, consistently delivering high cleaning power. Additionally, the body of the cleaning machine is made of clean stainless steel, taking hygiene into consideration. It also boasts excellent durability. 【Features】 ■ Freely adjustable high-temperature water from cold water to 110°C ■ Achieves thermal efficiency of 90% ■ High-quality and clean stainless steel body ■ Excellent safety design and electronic control ■ Superior durability, suitable for any installation location *For more details, please refer to the PDF document or feel free to contact us.
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basic information
【Product Specifications (Excerpt)】 ■SH-ONE - Water flow rate: 240L - Water pressure: 5MPa - Hot water temperature: 100℃ - Fuel used: No. 1 kerosene (white kerosene) ■SH-3 - Water flow rate: 600L - Water pressure: 3–11MPa - Hot water temperature: 110℃ - Fuel used: No. 1 kerosene (white kerosene) ■HWV-903HE - Water flow rate: 900L - Water pressure: 3–9MPa - Hot water temperature: 95℃ - Fuel used: No. 1 kerosene (white kerosene) *For more details, please refer to the PDF document or feel free to contact us.
Price information
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Delivery Time
P4
Applications/Examples of results
【Usage】 ■ Cleaning of food factories, kitchens, various machines and equipment in factories, car washing, containers and containers, transportation tools, floors, walls, filters, etc. ■ Car washing and engine cleaning in automotive maintenance shops ■ Various degreasing cleaning, etc.
Detailed information
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Grease Stain Cleaning The removal of grease stains that have accumulated on the outer surface of a cleaning machine after long-term use can be instantly achieved with hot water (100°C) at a water pressure of about 3 to 4 MPa. Instead of relying on pressure to remove the stains, the grease is dissolved by temperature, preventing splashing of the cleaning water and allowing the hot water to effectively penetrate and break down the grease stains. This method does not damage the cleaning surface, thoroughly removes the grease, and dries the moisture in a short time.
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Removal of grease stains This is also cleaned with water pressure of about 4 MPa and high-temperature water injection at 100°C. The stains were almost instantly removed.
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Rotating nozzle + high-temperature water This shows the process of degreasing and cleaning with high-temperature water using a rotating nozzle.
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High-temperature water cleaning of used parts Parts with severe grease contamination are cleaned with high-temperature water at 110°C. With a pressure of 4 MPa, there is no splashing, and the high-temperature water penetrates the surface of the contaminants, breaking down and washing away the grease and dirt. Using steam would be more advantageous for breaking down grease at higher temperatures, but there is not enough water volume for rinsing. However, high-temperature water just before steam can achieve both breakdown and rinsing.
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Degreasing cleaning at 110℃ High-temperature water cleaning of heavily oiled pulleys. While steam can break down dirt and grease, it lacks the water volume to wash it away, but high-temperature water can do both.
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Injection Temperature Transition Thanks to Sumoto's unique technology, the injection temperature is very stable. In the high-temperature water type, the injection temperature is even more stable, resulting in almost no washing streaks during cleaning. No matter how high the instantaneous injection temperature is, it is meaningless if the average injection temperature is low.
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Cleaning of used parts Comparison before and after cleaning. Cleaning at 110°C and 4 MPa. Of course, no detergents or anything of the sort were used.
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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."
