Product intention submission
The P24 Chemical Spray Machine is a professional device that efficiently softens stubborn stains (especially grease) by spraying chemical agents (e.g., specialized degreasers, softeners) combined with temperature control (such as hot water assistance). It targets stubborn grease problems that traditional physical cleaning methods (like rag wiping, dry sweeping) fail to resolve.
Note: This machine must be used with a cleaning robot to achieve optimal heavy grease cleaning results.
The spray machine excels in scenarios with heavy, strongly adhered grease where traditional cleaning is inefficient. Typical applications include:
| scenario Type | Specific Application Objects | Pain Points |
| Catering/Kitchen | Exhaust ducts, range hoods, cooktops, ovens, grease filters | Long-term accumulation of grease forms stubborn scale (e.g., old grease scale can be 5-10mm thick). Manual scraping is time-consuming, labor-intensive, and prone to damaging the equipment surface. |
| Comparison Dimension | Traditional Cleaning (Rags/Mops/Dry Sweeping) | Chemical Spray Machine (High-Temp, High-Pressure Chemical Spraying) |
| Cleaning Efficiency | Relies on manual repeated friction; stubborn grease requires multiple scrapes, taking 10-20 minutes per square meter. | Chemicals soften grease first—subsequent cleaning takes 2-5 minutes per square meter, boosting efficiency by 3-5x. |
| Cleaning Effectiveness | Only removes surface floating grease; deep-seated grease scale (e.g., "old grease" adhering to pipe walls) cannot be fully eliminated and recurs easily. | Specialized chemicals deeply dissolve grease, achieving a ≥95% cleaning rate with no residual buildup. |
| Equipment Damage Risk | Hard tools (e.g., steel wool) easily scratch surfaces (stainless steel kitchenware, precision instruments), causing rust or premature aging. | Chemicals are neutral/weakly alkaline (optional), avoiding physical scratches—preserves the original equipment finish. |
| Safety | Manual climbing/entering narrow spaces (pipes, range hood interiors) risks falls, bumps, or corrosion from strong chemicals (e.g., hydrochloric acid). | Remote/handheld operation eliminates need for dangerous area entry; chemicals are food-grade/industrial-grade (optional) with low toxicity. |
| Comprehensive Cost | Requires 2-3 laborers, long hours, and high single-session costs (labor + consumables). | Single-person operation reduces labor needs; long-term costs drop by 40%-60% due to faster cleaning and less waste. |
| Functional Parameter | Specification/Configuration | Practical Application Advantage |
| Chemical Spraying Design | Chemical agent spraying | Grease is primarily composed of triglycerides of fatty acids; combining with chemical agents accelerates softening. |
| Output Pressure | 6 bar (≈600 kPa) | High-pressure water flow atomizes the chemical agent and sprays it up to 1.5 meters (or penetrates 1-meter-long pipes), reaching deep into gaps/elbows (e.g., range hood impeller gaps, pipe diameter transitions). |
| Output Flow Rate | 7 L/min | Large flow rate ensures wider area coverage per unit time, reducing repeated spraying and improving efficiency. |
| Dual Pump Design | Main pump + standby pump alternating use | Prevents overheating from continuous single-pump operation, extending pump life by >30%; enables instant switching to the standby pump during temporary failures, minimizing downtime. |
Our chemical spray machine, paired with cleaning robots, uses precision chemical spraying technology to solve longstanding pain points of traditional grease removal: low efficiency, poor results, and equipment damage. Backed by 59 rigorous tests and the reliability of dual engines, it ensures long-term stable performance even in complex environments. Combined with user-friendly design (lightweight build, multi-mode spraying) and robust service support (quick after-sales), we deliver an efficient, worry-free, and durable grease cleaning solution for users.
