AWE 2025 spotlights a new baseline for self-cleaning wet and dry vacuums

At AWE 2025, self-cleaning moved from a premium feature to a category expectation in wet and dry vacuum cleaners. Jinhua Chunguang Technology Co., Ltd. showcased mid-range and flagship models that emphasize deeper sterilization, sensor-driven cleaning, and faster drying, signaling where the floor-care market is headed next.

Why it matters: - AWE 2025 showed that self-cleaning is no longer a standout add-on in floor care. It is becoming a baseline feature buyers expect. - The next competitive edge is shifting toward hygiene quality, responsive automation, and drying performance after the floor is clean. - For OEM buyers and brand teams, those changes affect product specs, pricing tiers, and sourcing decisions.

What happened: - AWE 2025 in China highlighted new self-cleaning wet and dry vacuum cleaner designs from multiple manufacturers. - Jinhua Chunguang Technology Co., Ltd. showed the CGH 2350 and CGH 2507 as examples of mid-range and flagship floor-care engineering. - The company’s full product specifications and inquiry contacts were published at the company’s announcement.

The details: - The CGH 2350 uses a BLDC 120W motor, 150W total power, and 15kPa suction. - The CGH 2350 includes automatic roller brush self-cleaning through the base station. - The CGH 2350 also adds noise reduction engineering, real-time voice status broadcasts, wireless operation, and base charging. - The CGH 2507 combines 100-degree Celsius boiling water with electrolytic water generation as a sterilization system. - In the CGH 2507, the electrolytic water generator sits directly at the roller brush instead of in the clean water tank. - That placement allows hypochlorite ions to reach the brush immediately, without pipeline dilution. - The CGH 2507 uses a heated metal plate at the front of the base to bring cleaning water to 100 degrees Celsius. - The CGH 2507 completes the full self-cleaning cycle in under five minutes. - The CGH 2507 includes infrared dirt detection sensors inside the cleaning pipeline. - In intelligent mode, the system adjusts suction strength, water output, self-cleaning cycle duration, and forward-reverse roller brush rotations based on detected soil levels. - The BLDC motor in the CGH 2507 runs at 115,000 RPM and reaches 24,000Pa maximum suction pressure. - Power output on the CGH 2507 scales automatically between 90W and 120W depending on soil load. - The CGH 2507 offers two automatic drying modes after self-cleaning. - Silent drying mode takes 90 minutes. - Fast drying mode takes five minutes. - The company says the products reflect a broader engineering approach across accessible and premium segments.

Between the lines: - The show points to a shift from timer-based cleaning to condition-based cleaning. - That matters because fixed cycles can waste time on light use and underperform after heavier contamination. - Drying is emerging as a core hygiene variable, not a finishing touch. - Products that automate drying after cleaning are more likely to maintain hygiene without relying on user follow-through. - CGH’s product mix suggests the company is positioning itself across multiple price tiers, not only at the top end. - The manufacturing story also signals scale: CGH was founded in 1985, incorporated as Jinhua Chunguang Technology Co., Ltd. in 2000, listed on the Shanghai Stock Exchange in 2018, and operates six production bases in China, Malaysia, and Vietnam.

What's next: - Buyers and sourcing teams are likely to prioritize self-cleaning depth, sterilization method, sensor response, and drying speed in the next round of product planning. - The category will likely keep moving toward more automated hygiene systems that reduce manual maintenance. - OEM partners will be watching which suppliers can deliver both mid-range access and flagship-level engineering at scale.

The bottom line: - AWE 2025 confirmed that floor-care competition is no longer just about suction power. The new standard is how thoroughly a machine cleans itself, sterilizes itself, and dries itself afterward.