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Laboratories have strict requirements for floor cleaning—they not only need to be thorough but also must avoid chemical contamination, equipment damage, and floor performance degradation. Laboratory floors are mainly composed of corrosion-resistant epoxy floors, anti-slip PVC plastic floors, and acid-alkali resistant tiles, each with unique vulnerabilities: corrosion-resistant epoxy floors are vulnerable to chemical reagent corrosion (alcohol, solvents, buffers) and scratches from hard objects (experimental instruments, glassware); the anti-slip textures of anti-slip PVC plastic floors are prone to wear from frequent instrument movement and foot traffic; the glaze on acid-alkali resistant tiles is easily scratched by sharp particles (sample powders, glass fragments). Additionally, laboratories face specific cleaning challenges: reagent leakage marks, sample powders (chemical reagent powders, biological sample debris) that are difficult to remove and may cause cross-contamination; cleaning must be pollution-free to avoid affecting experimental results; cleaning operations must not damage floor corrosion resistance, anti-slip performance, or anti-static performance (for precision instrument laboratories). Traditional cleaning pads often fail to absorb tiny sample powders, are too harsh to damage floor surfaces, or require chemical cleaners that contaminate the experimental environment. To solve these core laboratory cleaning problems, the Fleece Fabric Composite Combo Melamine Rectangular Floor Pad is specially optimized for laboratory scenarios, integrating firm adhesion, efficient stain removal, gentle floor protection, safe and compliant cleaning, while maintaining floor performance and ensuring experimental environment safety, in line with laboratory chemical leakage handling and cleaning safety principles.
Specially optimized for laboratory cleaning scenarios, the pad adopts a rectangular design that perfectly matches laboratory-specific square oscillating floor scrubbers—ideal for cleaning narrow laboratory spaces, such as around experimental workbenches, under instrument cabinets, beside reagent storage racks, and laboratory corridor corners, achieving gap-free cleaning without missing dead corners. The pad’s surface layer is made of soft, dense-fiber fleece fabric, which fits tightly to the hook-and-loop surface of laboratory-specific square oscillating floor scrubbers, with strong adhesion that prevents deviation, displacement, or falling off during high-speed oscillation and precise cleaning. This avoids uneven cleaning caused by pad sliding, ensures consistent cleaning effect across the entire laboratory, and prevents reagent residues or sample powders from being spread to other areas—reducing the risk of cross-contamination, which is crucial for laboratory cleaning compliance.
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-standard, high-frequency cleaning needs of laboratories. The surface fleece fabric ensures firm adhesion to the scrubber, the middle PU layer enhances toughness, water resistance, and chemical resistance—adapting to the special environment of laboratories where reagent leakage may occur, preventing pad delamination or damage when in contact with common laboratory reagents (alcohol, solvents, buffers). The bottom combo melamine sponge delivers powerful cleaning performance, while the advanced composite technology ensures strong bonding between layers—no cracking, delamination, or breakage even after long-term high-frequency use or contact with mild reagents. This durability reduces the frequency of pad replacement, saving material and labor costs for laboratory cleaning teams, and aligns with the laboratory’s demand for cost control and long-term floor maintenance.
Aiming at the unique stains in laboratories, the combo melamine sponge (cleaning layer) features a unique open-cell structure that can penetrate deep into tiny floor pores, strongly absorbing all common laboratory contaminants through physical adsorption—no chemical cleaners required, avoiding secondary pollution. For chemical laboratory workbenches: it effectively absorbs reagent leakage marks (alcohol, solvents, buffers) and chemical reagent powders, preventing reagent residues from corroding the floor or causing cross-contamination. For biological laboratory sample areas: it removes biological sample debris without leaving residues, reducing the risk of bacterial growth. For physical laboratory instrument areas: it absorbs dust, glass fragments, and sharp particles, avoiding scratches on floor surfaces. Its cleaning area is 1.5-2 times that of regular compressed melamine pads, meaning fewer pad replacements during laboratory cleaning—greatly improving cleaning efficiency, and the disposable use option (to avoid cross-contamination) also meets laboratory cleaning safety requirements, consistent with the "fast control, scientific disposal" principle of laboratory reagent leakage handling.
The combo melamine sponge has a fine, soft texture, specially designed for the fragile and high-performance floor materials in laboratories—perfectly compatible with corrosion-resistant epoxy floors, anti-slip PVC plastic floors, acid-alkali resistant tiles, and anti-static epoxy floors (precision instrument laboratories). It does not damage the corrosion-resistant layer of epoxy floors (ensuring floor resistance to chemical reagents), does not wear the anti-slip textures of PVC floors (maintaining floor anti-slip performance, ensuring staff safety when working with reagents), and does not scratch the glaze of acid-alkali resistant tiles (preserving floor acid-alkali resistance). For anti-static epoxy floors in precision instrument laboratories, it does not damage the anti-static layer, avoiding static interference with precision instruments. Additionally, it can slightly repair minor floor scratches caused by instrument movement or glassware collision, extending the service life of laboratory floors and reducing maintenance costs for laboratory operations.
The pad adopts a physical adsorption cleaning principle—only clean water is needed to activate its powerful cleaning function, no chemical cleaners required. This completely avoids contamination of the experimental environment by residual chemicals, which is critical for laboratories where experimental accuracy and environment purity are required. It also produces no irritating odors, does not release harmful substances, and complies with laboratory safety and environmental protection standards. For particularly stubborn stains (such as dried reagent marks), it can also be used with mild, non-toxic, non-corrosive cleaning agents (compliant with laboratory use standards) to enhance cleaning effect, ensuring versatility across different laboratory scenarios. After cleaning, the floor is odorless, residue-free, and non-slip, ensuring the safety of laboratory staff and avoiding reagent contamination caused by residual cleaning agents—consistent with laboratory chemical cleaning safety requirements and avoiding the risks of direct wiping of corrosive substances.
Supplementary advantage: The pad is designed with laboratory anti-cross-contamination needs in mind—its surface fleece and melamine sponge are non-porous in terms of residue retention, and can be easily cleaned or disposed of after use, reducing the risk of cross-contamination between different laboratory areas (e.g., chemical laboratories and biological laboratories). It is fully compatible with all types of laboratories: chemical laboratories, biological laboratories, physical laboratories, and precision instrument laboratories, realizing one pad for multiple scenarios—eliminating the need for cleaning teams to prepare different pads for different laboratory types, simplifying cleaning operations and improving work efficiency. Its rectangular shape adapts to the narrow spaces and corners of laboratories, easily cleaning hard-to-reach areas (such as under instrument cabinets, beside reagent racks, and around workbench edges) that round scrubbers cannot access, ensuring no cleaning dead corners and thorough removal of reagent residues and sample powders.
Sizes (inch): 12×18inch, 14×20inch, 14×24inch, 14×28inch—multiple rectangular specifications to meet the cleaning needs of different laboratory areas (large experimental halls, narrow corridors, small workbench surroundings) and different sizes of laboratory-specific square oscillating floor scrubbers. The pad thickness is 30mm, soft and elastic, ensuring close fit with the floor and thorough cleaning; it is lightweight and easy to replace, suitable for high-frequency laboratory cleaning operations, and the material is compatible with common laboratory reagents, avoiding pad damage during accidental reagent contact.
Specially designed for laboratory-specific square oscillating floor scrubbers with hook-and-loop surfaces, suitable for scrubbers with a rotation speed of 120-200 RPM (commonly used in laboratory cleaning). It is compatible with mainstream laboratory scrubber models, and 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—avoiding reagent residues or sample powders from being spread, and matching the precision cleaning needs of laboratories.
Suitable for all mainstream laboratory floor materials: corrosion-resistant epoxy floors, anti-slip PVC plastic floors, acid-alkali resistant tiles, and anti-static epoxy floors (precision instrument laboratories). Gentle cleaning ensures no damage to floor corrosion-resistant layers, anti-slip textures, anti-static layers, or tile glaze, maintaining floor performance, safety, and service life, and complying with laboratory floor maintenance standards and chemical safety requirements.
Chemical Laboratory Workbenches: Corrosion-resistant epoxy floors and acid-alkali resistant tiles (prone to reagent leakage, chemical powder stains, need corrosion-resistant and thorough cleaning)
Biological Laboratory Sample Areas: Anti-slip PVC plastic floors and corrosion-resistant epoxy floors (prone to biological sample debris, need pollution-free cleaning to avoid cross-contamination)
Physical Laboratory Instrument Areas: Anti-slip PVC plastic floors and wear-resistant epoxy floors (prone to dust, glass fragments, need scratch-free cleaning to protect instruments)
Laboratory Corridors/Passages: Corrosion-resistant epoxy floors and acid-alkali resistant tiles (prone to reagent spills, foot traffic stains, need efficient cleaning)
Precision Instrument Laboratories: Anti-static epoxy floors (need anti-static protection, pollution-free, and scratch-free cleaning to avoid instrument interference)
