In industrial manufacturing and medical protection, the need for efficient cleaning and safety is becoming increasingly demanding. Wood-pulp polyester mesh cleaning cloths, with their ‘two-step hydroentanglement process’ and innovative structure, provide a ‘strong adsorption × high stability’ professional solution for the maintenance of precision equipment and the creation of aseptic environments. This high-performance material, which combines functionality, durability and environmental friendliness, is becoming a new benchmark for industrial and medical cleaning worldwide.
I. Two-step process: excellent performance from the source
Distinguished from the single processing flow of traditional nonwovens, wood pulp polyester mesh fabric adopts the ‘two-step hydroentanglement process’:
Fibre fusion: wood pulp fibres are deeply interwoven with polyester fibres through high-pressure water flow to form a three-dimensional mesh;
Structural reinforcement: the secondary hydroentanglement process further enhances the physical entanglement between the fibres, so that the cloth surface combines the high water absorption of wood pulp with the high strength of polyester.
Measured data shows that its tear strength is 2.5 times of ordinary cleaning cloth, and it still maintains more than 90% of its performance after 100 times of repeated washing.
II.Mesh structure: the core code of efficient cleaning.
The 0.8-1.2mm diameter hexagonal mesh design gives the product three core advantages:
Rapid suction and discharge: the structure forms a ‘negative pressure adsorption zone’, instantly absorbing oil stains, medicinal liquids and other liquid pollutants, while accelerating the evaporation of water to avoid the growth of bacteria;
Precise decontamination: the micro-serrated texture on the edge of the mesh enhances friction, easily peeling off rust on the surface of machinery and residues from medical equipment;
Low dust and debris: high-density fibre arrangement reduces linting and balling, suitable for dust-free cleaning of electronic components and surgical instruments.
III.the whole scene adaptable: industrial and medical double guarantee
Industrial cleaning:
Automobile manufacturing: cleaning engine compartment oil, spraying workshop dust;
Machinery maintenance: adsorption of machine tool coolant, gear box grease;
Energy industry: wiping photovoltaic components, wind power equipment surface dirt.
Medical protection:
Operating theatre: low-dust design to avoid particulate contamination, wipe surgical instruments without residue;
Ward disinfection: chemical-resistant properties support alcohol and chlorine disinfectant immersion;
Laboratory: precision mesh filters bacteria, suitable for biosafety cabinet maintenance.
IV.the dual commitment of environmental protection and safety
Adopting biodegradable wood pulp and recycled polyester fibre, carbon emission is 45% lower than traditional cleaning materials. Tested by SGS, the product does not contain fluorescents and heavy metals, and complies with ISO 13485 medical-grade standards for direct contact with medical devices and pharmaceuticals.
V.Conclusion
