Sustainable professional microfibre has redefined cleaning protocols across industrial, healthcare and hospitality facilities over the last decade. For procurement managers evaluating cleaning systems, the decision is now critical: continue with traditional methods based on cotton or single-use disposable materials, or move to sustainable professional microfibre TTS, a certified technology that can reduce water use by up to 90%, remove 99.99% of bacteria through mechanical action and operate under verifiable environmental certifications such as the EU Ecolabel.
This decision is not limited to fibre specifications or absorption capacity. It defines the environmental impact of operations for years to come: the release of microplastics into the environment, chemical consumption, waste generation and compliance with purchasing criteria that more and more public bodies and private companies are integrating into procurement decisions.
The move towards certified sustainable microfibre removes the false choice between operational performance and environmental responsibility. Technologies such as those developed by TTS show that it is possible to achieve higher hygiene standards, including the removal of 99.9% of Coronavirus 229E and 99.99% of bacteria, while sharply reducing environmental impact through independent certifications that verify low microplastic release under ISO 23231.
What defines professional microfibre compared with traditional materials
Microfibre differs from conventional natural and synthetic yarns because of its extreme fineness: fibres with a thickness below 1 dTex, roughly one tenth of the diameter of a human hair. This is not just another technical specification. It is the physical property that allows microfibre to enter the microporosity of surfaces and trap dirt particles, bacteria and viruses that traditional materials simply redistribute.
Conventional cotton, with fibres of 10 to 15 dTex, works mainly by liquid absorption but lacks the mechanical ability to capture microorganisms. Non-woven disposable textiles remove the washing issue but generate continuous waste and do not offer the durability required for intensive operations. Professional microfibre combines mechanical capture with greater durability, withstanding around 300 to 500 washes in standard products, compared with the typical 50 to 80 washes of industrial cotton.
Chemical composition also determines operational behaviour. Professional microfibres use optimised blends of polyester and polyamide in specific ratios depending on the application: 100% polyester for delicate surfaces, 80% polyester plus 20% polyamide for greater absorption, or combinations with polypropylene for controlled abrasive action on textured floors. This technical versatility allows specific solutions where other materials need multiple different products.
Verifiable sustainability: certifications that matter
EU Ecolabel: the European environmental benchmark
The European Union Ecolabel certification, under Regulation EC 66/2010, represents one of the highest environmental recognitions for textile products in Europe. Unlike environmental self-declarations with no external verification, the Ecolabel requires a full assessment by independent bodies using defined scientific criteria that cover the entire product life cycle.
For cleaning textiles, the Ecolabel certifies the absence, or strictly limited presence, of harmful substances such as lead, formaldehyde, volatile organic compounds, biocides and heavy metals that are dangerous for aquatic ecosystems. The certification also verifies sustainability during production, including energy use, waste management, air emissions and wastewater treatment in manufacturing facilities.
TTS holds EU Ecolabel certification (IT/016/039) for 80 microfibre pads and mops, including the Microblue, Microred, Microsafe and Ultrasafe ranges. This certification guarantees not only a safer composition but also verified resistance to washing, rubbing and light over time, ensuring that the product maintains its properties throughout its service life without premature degradation that would generate early waste.
Low microplastic release: ISO 23231
The issue of microplastics released during the washing of synthetic textiles has moved from academic concern to a verifiable purchasing criterion. The study Plastic in Nature, commissioned by WWF and carried out by the University of Newcastle, revealed that around 250 grams of microplastics pass through the human body each year, with health effects still under investigation.
ISO 23231 establishes a standardised methodology for measuring microplastic release during washing cycles under controlled conditions. TTS Microblue, Microred, Microsafe and Ultrasafe microfibres have passed tests under this standard carried out by specialist external laboratories, certifying low microplastic release and classifying them as low environmental impact products.
This certification responds directly to Green Public Procurement criteria increasingly integrated by European public administrations into tender requirements. Hospitals, universities, airports and public bodies increasingly require verifiable evidence of low environmental impact, making certifications such as ISO 23231 a technical requirement rather than just a commercial argument.
Technical comparison: professional microfibre vs conventional materials
| Feature | Industrial cotton | Disposable non-woven textile | Standard microfibre | Certified sustainable TTS microfibre |
|---|---|---|---|---|
| Fibre thickness | 10–15 dTex | Variable, not specified | 0.5–1 dTex | 0.16–0.20 dTex |
| Bacteria removal | 60–70% | 50–60% | 95–98% | 99.99% verified |
| Service life, washes | 50–80 | Single use | 300–500 | 300–500 |
| Ecolabel certification | Not available | Not available | Rarely | Yes, verifiable |
| Microplastic release | N/A | N/A | High, not certified | Low, ISO 23231 |
| Chemical reduction | Requires detergents | Chemically pre-impregnated | Up to 70% | Up to 90% |
| Water consumption | High, intensive washing | N/A, disposable | 50% lower | 90% lower |
| Waste generation | Medium, degradation | High, single use | Low | Very low |
This comparison shows that certified sustainable microfibre is not competing only on cleaning performance, but on total operational impact.
Take a 300-bed hospital as an example. It may consume 2,000 disposable mops per month, generating 24,000 units of textile waste per year. Moving to certified microfibre with a service life of around 400 washes reduces this volume to about 60 units per year, a 99.75% reduction in textile waste.
The savings in chemicals are not marginal either. The mechanical action of ultrafine fibres allows effective hygienisation with reductions of up to 90% in detergents and disinfectants. In sectors such as healthcare or food production, where disinfection protocols are critical, this reduction does not compromise microbiological standards: studies verify the removal of 99.99% of bacteria through pure mechanical action, without dependence on aggressive chemicals.
TTS microfibres: specific solutions by application
Microblue and Microred: the standard for smooth surfaces
TTS Microblue and Microred mops represent a reference technology for the frequent cleaning of smooth surfaces in healthcare, hospitality and commercial environments. With fibres of 0.16 dTex, these microfibres penetrate the microporosity of ceramic floors, vinyl, epoxy resin and metal surfaces, capturing dirt and microorganisms through pure mechanical action.
Tests carried out by specialist external laboratories show the removal of 99.9% of Coronavirus 229E on steel surfaces, together with 99.99% removal of Staphylococcus aureus ATCC 6538, Enterococcus hirae ATCC 10541 and Pseudomonas aeruginosa ATCC 15442, as well as the fungus Candida albicans ATCC 10231. These results verify hygiene performance without dependence on chemical disinfectants, enabling more sustainable cleaning protocols without compromising microbiological safety.
Both products hold EU Ecolabel certification and low microplastic release classification under ISO 23231. Their high absorption capacity, up to seven times their weight in water, provides longer cleaning autonomy, reducing the frequency of rinsing and therefore lowering water consumption. In intensive-use facilities such as hospitals or shopping centres, this autonomy can reduce operating time by 20 to 25% for the same treated surface.
Microsafe: the solution for porous and slip-resistant surfaces
Porous surfaces, textured granite and slip-resistant floors present specific technical challenges. Their roughness traps dirt deep inside the surface, where conventional microfibres do not reach efficiently. Microsafe combines 0.16 dTex microfibre with a structural design that maximises contact with surface irregularities, extracting embedded dirt without abrasive action that could damage the material.
This mop holds EU Ecolabel certification and a low microplastic release classification, responding to the growing need for sustainable solutions in technically demanding environments. Sectors such as food production, professional kitchens, sports changing rooms or wet areas require slip-resistant floors classified R10 to R11 under DIN 51130 for safety, but these surfaces also accumulate organic dirt and grease that compromise both hygiene and slip resistance.
Microsafe helps maintain the friction coefficient of R10-R11 floors through deep cleaning that removes greasy build-up without aggressive chemicals that can ironically leave residues reducing grip. The combination of deep mechanical action and the absence of chemical residues helps preserve the original slip-resistant properties of the floor over time.
Ultrasafe: controlled abrasive action for R10/R11 floors
Ultrasafe represents a specific technical development: it combines 0.16 dTex microfibre with polypropylene inserts that provide controlled abrasive action. This dual structure makes it possible to remove strongly adhered dirt from R10/R11 slip-resistant floors, with the microfibre trapping and retaining the dirt while the polypropylene loosens deposits without damaging the treated surface.
The EU Ecolabel certification (IT/016/039) for Ultrasafe guarantees that even the abrasive component meets strict environmental criteria, including the absence of harmful substances, raw material traceability and production under verified sustainability standards. This differentiates Ultrasafe from conventional abrasive products which, although mechanically effective, do not offer verifiable environmental guarantees.
Typical applications include industrial kitchens with carbonised grease build-up, loading ramps in logistics facilities with adhered industrial dirt, or sports changing rooms where the combination of moisture, organic dirt and heavy traffic creates persistent deposits. Ultrasafe helps keep these spaces hygienic without relying on caustic chemicals that create risks for both staff and the environment.
Exon: semi-disposable microfibre for specific operations
Exon covers a very specific technical niche: facilities that need guaranteed prevention of cross-contamination between areas but are still looking for a more sustainable alternative to single-use disposables. This 100% polyester microfibre mop, with a weight of 195 g/m², can be used for one shift and then discarded, or washed up to 10 times while maintaining 99.99% bacteria removal and 99% Coronavirus 229E removal.
Testing carried out by a specialist external laboratory, adapting UNI EN 16615:2015, certifies the removal of 99.99% of bacteria and fungi through mechanical action. In sectors such as healthcare, for infectious patient isolation, pharmaceuticals, for cleanrooms, or food production, for critical handling areas, Exon provides traceability and control without generating the same waste volume as conventional disposables. It is 100% recyclable polyester, while standard disposables often combine materials that make separation and end-of-life recovery more difficult.
Why sustainability is no longer optional in professional cleaning
Green Public Procurement criteria established by the European Union since 2008, and adopted in Spain through the national green public procurement plan, are integrating environmental requirements into public contracts. Although these criteria have often been mostly voluntary, they are becoming increasingly decisive: from 2025, carbon footprint has become a mandatory criterion in Spanish public procurement, and certifications such as the EU Ecolabel or ISO 23231 provide specific scoring in tender processes, creating a competitive advantage for organisations that adopt certified sustainable standards early. Cleaning companies operating with certified materials gain access to contracts that competitors without these certifications may not even be able to bid for.
The reputational impact is also significant. Claiming environmental commitment while using cleaning products without verifiable certifications creates inconsistencies that can be identified in sustainability audits, something increasingly required by investors, clients and regulators.
The direction is clear: the cost of not adopting certified sustainable solutions is growing quickly. This is no longer only an ethical choice. It is an operational requirement for remaining competitive in markets where environmental criteria are becoming part of purchasing decisions, public procurement and brand valuation.
HeySupply: specialised distribution for certified sustainable solutions
As official TTS partners and distributors in Spain, HeySupply provides direct access to the full range of professional microfibres certified with the EU Ecolabel and verified for low microplastic release. Our role is not limited to product supply. We also provide technical support for moving towards sustainable cleaning protocols that comply with current requirements and anticipate future ones.
- Personalised operational analysis to assess current textile consumption, waste generation, the volume of chemical products used and the reduction potential achieved through certified microfibre adoption
- Included technical training on the specific properties of each type of microfibre, washing protocols and the detection of premature degradation caused by incorrect use
Is your organisation still operating with cleaning materials that have no verifiable environmental certifications? GPP criteria and ESG requirements are turning certified sustainability into a technical criterion, not an optional one. Contact HeySupply for a tailored assessment of how EU Ecolabel-certified TTS microfibres can reduce environmental impact while improving operational performance.