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Hospitals have extremely strict cleaning requirements and unique pain points: high-frequency traffic (patients, medical staff, visitors), frequent use of medical supplies leading to special stains; diverse floor materials that require targeted protection to avoid cross-contamination; cleaning must meet sterile standards to prevent bacterial and viral breeding; and floor anti-slip performance is critical to ensure the safety of patients (especially the elderly, children, and disabled) and medical staff. Hospital floors are mainly composed of PVC plastic floors (wards/ICUs), epoxy floors (operating rooms/corridors), and anti-slip tiles (pantries/restrooms), each with obvious vulnerabilities: the wear-resistant layer of PVC plastic floors in wards is thin (only 0.3-0.5mm), which is prone to warping, fading, and scratches after long-term contact with wheelchairs, stretchers, and medical equipment; epoxy floors in operating rooms are susceptible to chemical corrosion from disinfectants (such as 84 disinfectant, alcohol) and medical reagents, and residual disinfectant can damage the floor’s antibacterial coating, affecting sterile environment; the anti-slip texture of tiles in corridors and pantries is easy to wear and block by stains, leading to reduced anti-slip performance and potential safety hazards. Daily residual stains include medical fluid marks (iodine, normal saline, disinfectants), blood stains (nurse stations, treatment areas, operating rooms), vomit residues (wards, emergency rooms), and medical debris (gauze scraps, drug packaging, syringes), which are easy to penetrate into tiny floor pores. If not cleaned promptly and thoroughly, these stains will breed bacteria and viruses, cause cross-contamination, damage floor materials, and even affect medical safety and hospital compliance. Traditional cleaning pads often fail to remove medical-specific stubborn stains, scratch fragile floor surfaces, leave chemical residues, or fail to meet sterile standards, failing to meet the strict cleaning needs of hospitals. To solve these core cleaning problems, the Fleece Fabric Combo Melamine Floor Pad is specially optimized for hospital scenarios, integrating sterile compliance, firm adhesion, efficient medical stain removal, gentle floor protection, and pollution-free cleaning—helping hospital logistics, cleaning, and infection control teams achieve thorough, compliant, and efficient cleaning, maintain a sterile medical environment, protect floor materials, reduce cross-contamination risks, and reduce long-term floor maintenance costs.
Specially optimized for hospital cleaning scenarios, the pad adopts a rectangular design that perfectly matches hospital-specific square oscillating floor scrubbers (compatible with hospital-grade sterile silent scrubbers, such as H-900 hospital dedicated scrubbers, to avoid disturbing patients’ rest and medical operations). The rectangular shape is ideal for cleaning narrow hospital spaces, such as beside hospital beds, under treatment tables, along corridor corners, beside nurse stations, and between operating room equipment—solving the pain point of difficult-to-clean dead corners where medical stains and debris are prone to accumulate. The pad’s surface layer is made of soft, dense-fiber fleece fabric that is sterile, non-linting, and non-particle-releasing, which fits tightly to the hook-and-loop surface of hospital-specific square oscillating floor scrubbers, with strong adhesion that prevents deviation, displacement, or falling off during high-speed oscillation and precise cleaning. The fleece fabric reduces friction noise during operation, matching the quiet requirement of hospitals, ensuring cleaning operations do not disturb patients’ rest or medical staff’s work. This avoids uneven cleaning caused by pad sliding, ensures consistent cleaning effect across the entire hospital, and prevents medical stains and debris from being spread to other areas—reducing the burden of rework for cleaning teams and avoiding cross-contamination risks.
Adopting an innovative three-layer composite process (surface fleece fabric + middle PU layer + bottom combo melamine sponge), the pad integrates the advantages of each material to meet the high-frequency, high-standard cleaning needs of hospitals. The surface fleece fabric is medical-grade, sterile, non-linting, and non-toxic, ensuring no secondary pollution to the medical environment, and its soft texture avoids scratching fragile floor materials (PVC plastic floors, epoxy floors); the middle PU layer has strong toughness, water resistance, and chemical resistance—adapting to the humid environment of wards, operating rooms, and restrooms, and avoiding pad delamination, cracking, or breakage after contact with medical fluids, disinfectants, or water. The bottom combo melamine sponge delivers powerful cleaning performance while maintaining gentleness, compatible with all mainstream hospital floor materials. The advanced composite technology ensures strong bonding between layers—no cracking, delamination, or breakage even after long-term high-frequency use (meeting the 3-4 times daily cleaning frequency of hospitals, especially operating rooms and ICUs that require real-time cleaning). This high durability reduces the frequency of pad replacement, saving material and labor costs for hospital logistics teams, and aligns with the cost control needs of hospital operations. The entire pad is compliant with medical industry standards (ISO 13485 medical device quality management system), non-toxic, odorless, and sterile, suitable for use in sterile areas such as operating rooms and ICUs.
Aiming at the unique medical stains in hospitals, the combo melamine sponge (cleaning layer) features a unique open-cell structure that can penetrate deep into tiny floor pores, strongly absorbing all common hospital stains through physical adsorption—no chemical cleaners required, avoiding secondary pollution and chemical residue. For medical fluid marks (iodine, normal saline, disinfectants): it quickly absorbs and removes sticky residues and color marks without leaving streaks, restoring the floor’s clean surface. For blood stains (nurse stations, treatment areas): it absorbs dried or fresh blood stains thoroughly, even stubborn blood residues can be removed with only medical purified water, avoiding bacterial breeding caused by residual blood. For vomit residues (wards, emergency rooms): it absorbs liquid and sticky residues efficiently, eliminating odors and reducing the risk of cross-contamination. Its cleaning area is 1.5-2 times that of regular compressed melamine pads, meaning fewer pad replacements during large-area hospital cleaning—greatly improving cleaning efficiency, helping cleaning teams complete cleaning tasks quickly (especially critical for operating rooms and ICUs that require immediate cleaning after use), and ensuring no impact on normal medical operations. It also effectively removes medical debris (gauze scraps, drug packaging) accumulated in floor gaps, eliminating the breeding ground for bacteria and viruses.
The combo melamine sponge has a fine, soft texture, specially designed for the fragile and high-demand floor materials of hospitals—perfectly compatible with PVC plastic floors, epoxy floors, and anti-slip tiles. When cleaning PVC plastic floors in wards/ICUs, it does not wear the thin wear-resistant layer, avoid warping and fading, and maintain the floor’s anti-slip performance (critical for patients using wheelchairs and stretchers). When cleaning epoxy floors in operating rooms, it does not damage the antibacterial coating or cause chemical corrosion, ensuring the floor’s sterile performance and complying with the sterile requirements of operating rooms. When cleaning anti-slip tiles in corridors/pantries, it does not wear the anti-slip texture, ensuring the floor’s anti-slip performance and the safety of patients and medical staff. It can also slightly repair minor floor scratches (such as shallow marks caused by wheelchair movement on ward floors), extending the service life of hospital floors and reducing long-term maintenance costs. Gentle cleaning also avoids leaving scratches that trap stains and bacteria, making subsequent cleaning easier and reducing the risk of cross-contamination.
The pad adopts a physical adsorption cleaning principle—only medical purified water is needed to activate its powerful cleaning function, no chemical cleaners required. This completely avoids chemical residue contamination of the medical environment, which is critical for hospitals to prevent cross-contamination and protect patients’ health (especially immunocompromised patients in ICUs). It produces no irritating odors, does not release harmful substances or bacteria, and complies with medical sterile standards and national public health standards (GB 15982-2012 medical institution disinfection and sterilization standards). The water-only cleaning method also ensures that the floor’s antibacterial and anti-slip performance is not affected, avoiding adverse effects on the medical environment. For particularly stubborn stains (such as dried iodine marks and aged blood stains), it can also be used with hospital-specific mild, sterile, non-irritating disinfectants (compliant with medical use standards) to enhance cleaning and disinfection effect, ensuring double protection of cleanliness and sterility. After cleaning, the floor is sterile, odorless, residue-free, and non-slip, ensuring the safety and comfort of patients and medical staff, and complying with the infection control requirements of hospitals.
Supplementary advantage: The pad is fully compatible with all key areas of hospitals, realizing one pad for multiple scenarios—eliminating the need for cleaning teams to prepare different pads for general wards/ICUs, operating rooms/aseptic corridors, nurse stations/treatment areas, pediatric/geriatric wards, corridors/elevator halls, and pantries/restrooms. This simplifies cleaning operations, reduces the burden of tool management, and avoids cross-contamination risks caused by switching different cleaning tools. Its rectangular shape adapts to the narrow spaces and corners of hospitals, easily cleaning hard-to-reach areas (such as beside hospital beds, under treatment tables, and along operating room equipment gaps) that round scrubbers cannot access, ensuring no cleaning dead corners. Moreover, it is compatible with mainstream hospital-specific square oscillating floor scrubbers (including sterile silent models), seamlessly integrating with existing hospital cleaning equipment, reducing the need for additional tool investment. The pad is also lightweight and easy to replace, suitable for high-frequency hospital cleaning operations, and its sterile, non-linting design ensures compliance with hospital infection control requirements.
Sizes (inch): 12×18inch, 14×20inch, 14×24inch, 14×28inch—multiple rectangular specifications to meet the cleaning needs of different hospital areas (large operating rooms, narrow wards, small nurse stations) and different sizes of hospital-specific square oscillating floor scrubbers. The pad thickness is 30mm, soft and elastic, ensuring close fit with the floor and thorough cleaning of pores; it is sterile, water-resistant, wear-resistant, and non-scratching, avoiding pad damage during long-term high-frequency use and contact with medical fluids, disinfectants, or mild cleaning agents, suitable for high-standard hospital cleaning. The pad is also disposable optional, further reducing cross-contamination risks for key sterile areas such as ICUs and operating rooms.
Specially designed for hospital-specific square oscillating floor scrubbers with hook-and-loop surfaces, compatible with mainstream hospital-grade scrubber models (including sterile silent hand-push models such as H-900 hospital dedicated scrubbers). The fleece surface firmly adheres to the scrubber’s hook-and-loop surface, ensuring stable operation without deviation or falling off during high-speed oscillation and edge cleaning—low noise operation, avoiding disturbing patients’ rest and medical work, and matching the efficient, sterile cleaning needs of hospitals.
Suitable for all mainstream hospital floor materials: PVC plastic floors (wards/ICUs), epoxy floors (operating rooms/aseptic corridors), anti-slip tiles (pantries/restrooms), and sterile epoxy floors in operating rooms. Gentle cleaning ensures no damage to floor wear-resistant layers, antibacterial coatings, or anti-slip textures, maintaining floor performance, safety, and sterile quality, and complying with medical industry standards and hospital infection control requirements.
General Wards/ICUs: PVC plastic floors (prone to medical fluid marks, blood stains, and wheelchair scratches, need sterile, gentle, and anti-slip protection cleaning to ensure patient safety)
Operating Rooms/Aseptic Corridors: Epoxy floors (prone to disinfectant residues, medical fluid marks, need sterile, chemical-resistant cleaning to comply with sterile standards)
Nurse Stations/Treatment Areas: PVC plastic floors and epoxy floors (prone to blood stains, medical fluid marks, and medical debris, need efficient, thorough cleaning to avoid cross-contamination)
Pediatric/Geriatric Wards: PVC plastic floors (prone to vomit residues, food stains, need gentle, non-irritating, sterile cleaning to protect vulnerable groups)
Corridors/Elevator Halls: Epoxy floors and anti-slip tiles (prone to shoe prints, medical debris, and wear, need durable, anti-slip protection cleaning)
Pantries/Restrooms: Anti-slip tiles and epoxy floors (prone to water stains, food debris, and bacteria, need thorough decontamination and anti-slip cleaning)
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