{"id":159,"date":"2023-06-06T12:34:56","date_gmt":"2023-06-06T12:34:56","guid":{"rendered":"https:\/\/www.nanopool-finland.com\/einfach-dauerhaft-verhindern-statt-beseitigen-wie-fluessiges-glas-den-kampf-gegen-schimmel-neu-denkt\/"},"modified":"2026-07-28T16:32:50","modified_gmt":"2026-07-28T16:32:50","slug":"einfach-dauerhaft-verhindern-statt-beseitigen-wie-fluessiges-glas-den-kampf-gegen-schimmel-neu-denkt","status":"publish","type":"post","link":"https:\/\/www.nanopool.eu\/nl\/einfach-dauerhaft-verhindern-statt-beseitigen-wie-fluessiges-glas-den-kampf-gegen-schimmel-neu-denkt\/","title":{"rendered":"Voorkomen in plaats van verwijderen: hoe vloeibaar glas de strijd tegen schimmel opnieuw bekijkt"},"content":{"rendered":"

Archive: This article was first published in 2023. It reflects the state of knowledge, product names and wording of that time. Current, product-specific information can be found on the respective product pages.<\/em><\/p>\n

Whether outdoors or indoors \u2013 mould spores are present everywhere in our ambient air at all times. This is not a problem at first, as long as they do not settle on surfaces and multiply there uncontrollably. Yet that is exactly what happens faster than you might think, because mould is extremely undemanding. For the step from normal presence in the air to dangerous spread across a surface, all it takes is a sufficient degree of warmth, humidity and a few organic nutrients, which can be found almost everywhere. Nevertheless, the market offers hardly any prevention. Find out here why so-called Liquid Glass is designed to make surfaces less attractive to mould spores.<\/em><\/p>\n

 <\/p>\n

The Inadequacy of Prevention and Eradication<\/strong><\/p>\n

It is quite astonishing that search engines respond to the query mould prevention<\/em> primarily with mould removers<\/em> or tips on indoor climate. Of course, correct ventilation and heating are extremely important for many reasons, but they cannot be implemented optimally in every situation. In rooms, seasons or regions with a warm, humid climate, this measure alone is often not enough.<\/p>\n

Pas ingrijpen wanneer de gezondheidsbedreigende aantasting zich al heeft gevestigd, kan geen oplossing zijn, vooral omdat de schimmeldraden zich vaak onzichtbaar dieper in het materiaal verspreiden dan oppervlakkige verwijdering kan bereiken. Veel schimmelverwijderaars zijn bovendien zelf niet bepaald onschadelijk voor de gezondheid.<\/p>\n

Wat dus nodig is, is een preventie die overal eenvoudig toe te passen is en die zwevende schimmelsporen op een milde manier verhindert zich op oppervlakken te vestigen en te vermenigvuldigen. Om te begrijpen hoe \u201cvloeibaar glas\u201d op deze eisen inspeelt, kijken we eerst naar wat schimmel eigenlijk doet op verschillende materialen.<\/p>\n

 <\/p>\n

Disrupting the Mould Fungus in Its Living Habits<\/strong><\/p>\n

We kennen een grote verscheidenheid aan schimmels. Ongeveer 40 soorten daarvan kunnen schadelijk zijn voor de menselijke gezondheid. Wat ze gemeen hebben, is dat ze allemaal tamelijk bescheiden zijn als het gaat om kost en inwoning in hun gekozen onderkomen. Dankzij zijn complexe stofwisseling kan een schimmel vrijwel elke organische voedingsstof benutten.<\/p>\n

Zelfs op ondergronden die zelf geen organische stoffen als voedsel bieden, vindt de bescheiden schimmel wat hij nodig heeft. Op glasoppervlakken bijvoorbeeld voedt hij zich graag met het stof dat zich daar heeft afgezet.<\/p>\n

Terwijl verwijdering hier relatief eenvoudig lukt, wordt het bij andere materialen veel kritischer: op houten oppervlakken bijvoorbeeld kan de schimmel zich voeden met delen van het gekoloniseerde oppervlak zelf. Op kunststofoppervlakken of afdichtingen voedt hij zich daarentegen bij voorkeur met organische toevoegingen zoals weekmakers.<\/p>\n

Dat de materialen in beide gevallen blijvend worden beschadigd, spreekt voor zich. Dat gebeurt echter niet alleen door de voedselopname van de schimmel. Daarnaast tasten ook de uitscheidingen van de schimmel het oppervlak aan. Zijn hele stofwisseling leidt zo tot de vernietiging van de materialen.<\/p>\n

Effectieve schimmelpreventie moet daarom enerzijds de sporen de toegang tot de begeerde micronutri\u00ebnten ontzeggen en anderzijds de oppervlakken beschermen tegen de afscheidingen van de schimmel. Diverse antischimmelcoatings proberen dit, maar brengen andere problemen met zich mee:<\/p>\n

Sommige van deze producten bevatten zorgwekkende stoffen die schadelijk kunnen zijn voor mens, dier en milieu. Er wordt bijvoorbeeld gesproken over allergene of kankerverwekkende ingredi\u00ebnten en over mogelijke schade aan ogen of luchtwegen. Door de permanente afgifte van een werkzame stof kunnen sommige antischimmelverven na verloop van tijd ook hun werking verliezen. Bovendien kunnen ze het uiterlijk, het aanvoelen of de dampdoorlatendheid van een oppervlak veranderen.<\/p>\n

 <\/p>\n

A Long-Lasting Protective Barrier<\/strong><\/p>\n

In plaats van oppervlakken dicht te smeren, pakt de vloeibaar-glasbarri\u00e8re van Nanopool de levenswijze van de schimmel op fysische wijze aan:<\/p>\n

The basis of the NP\u00ae<\/sup> products is a high-performance raw material that forms an ultra-thin, elastic and breathable glass-like layer on materials of all kinds. Five hundred times thinner than a human hair, the functional barrier is imperceptible to the bare senses, but bonds firmly with the treated surface and equips it with repellent properties.<\/p>\n

Dit gaat een mogelijke schimmelaantasting op drie manieren tegen:<\/p>\n

    \n
  1. Ten eerste kunnen de sporen niet meer bij de voedingsstoffen van organische oppervlakken komen, omdat die onder de barri\u00e8relaag van slechts 5 tot maximaal 100 nanometer buiten het bereik van de schimmel blijven.<\/li>\n
  2. Ten tweede hechten vuil- en stofdeeltjes niet blijvend aan de superfobe coating, zodat ook deze voedselbron van het menu van de schimmelsporen wordt geschrapt.<\/li>\n
  3. Mocht de schimmel zich toch kortstondig vestigen \u2013 het behandelde materiaal is ontworpen om door de barri\u00e8re beschermd te zijn tegen de schadelijke uitscheidingen van de schimmel.<\/li>\n<\/ol>\n

    De NP\u00ae<\/sup> coating can be applied by simple spraying or wiping onto almost any absorbent or non-absorbent surface:<\/p>\n

    Of het nu gaat om hout, textiel, metselwerk, tegels, voegen of afdichtingen \u2013 de functionele barri\u00e8re is ontworpen voor langdurig gebruik binnen en buiten.<\/p>\n

    NP\u00ae<\/sup> Liquid Glass thus offers a preventive approach to reducing the settlement of the mould spores present everywhere in the ambient air \u2013 even in areas that are difficult to ventilate.<\/p>\n

     <\/p>\n

    \"\"<\/p>\n

    The original image of an organic surface, magnified many times with a scanning electron microscope (SEM), shows: treatment with NP\u00ae<\/sup> Liquid Glass is designed to deny microorganisms on the surface access to their food source.<\/p>\n

     <\/p>\n

    For further questions about the many possible applications of the NP\u00ae<\/sup> protective coating, the company headquartered in Schwalbach\/Germany will be happy to help: info@nanopool.eu<\/p>\n

     <\/p>\n

     <\/p>\n

     <\/p>\n

    About the company:<\/strong><\/p>\n

    nanopool\u00ae<\/sup> GmbH, based in H\u00fclzweiler, is an innovative family business. Since 2002 it has been among the companies working with nanotechnology in the field of surface refinement.<\/p>\n

    nanopool\u00ae<\/sup> has succeeded in developing a surface refinement for almost all areas of application. This innovation can change working life positively in the most diverse directions.<\/p>\n

    Selected properties of nanopool\u00ae<\/sup> products have been examined by recognised research laboratories; all statements apply only to the tested products and test conditions.<\/p>\n

     <\/p>","protected":false},"excerpt":{"rendered":"

    Mould spores are present everywhere in the ambient air. 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