{"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\/it\/einfach-dauerhaft-verhindern-statt-beseitigen-wie-fluessiges-glas-den-kampf-gegen-schimmel-neu-denkt\/","title":{"rendered":"Prevenire invece di rimuovere: come Liquid Glass ripensa la lotta contro la muffa"},"content":{"rendered":"

Archivio: questo articolo \u00e8 stato pubblicato per la prima volta nel 2023. Rispecchia lo stato delle conoscenze, i nomi dei prodotti e le formulazioni di quel periodo. Informazioni aggiornate e specifiche sui prodotti sono disponibili nelle rispettive pagine prodotto.<\/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

Intervenire solo quando l'infestazione pericolosa per la salute si \u00e8 gi\u00e0 insediata non pu\u00f2 essere una soluzione, tanto pi\u00f9 che i filamenti della muffa si diffondono spesso in modo invisibile pi\u00f9 in profondit\u00e0 nel materiale di quanto la rimozione superficiale possa raggiungere. Molti prodotti antimuffa, inoltre, non sono di per s\u00e9 del tutto innocui per la salute.<\/p>\n

Ci\u00f2 che serve, quindi, \u00e8 una prevenzione facile da applicare ovunque e che impedisca in modo delicato alle spore di muffa sospese nell'aria di depositarsi sulle superfici e moltiplicarsi. Per capire come il \u201cvetro liquido\u201d risponda a questi requisiti, osserviamo innanzitutto che cosa fa effettivamente la muffa sui diversi materiali.<\/p>\n

 <\/p>\n

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

Conosciamo una grande variet\u00e0 di muffe. Circa 40 specie possono essere dannose per la salute umana. Ci\u00f2 che le accomuna \u00e8 che sono tutte piuttosto modeste quanto a vitto e alloggio nella sistemazione prescelta. Grazie al suo metabolismo complesso, una muffa pu\u00f2 utilizzare quasi qualsiasi nutriente organico.<\/p>\n

Anche su substrati che di per s\u00e9 non offrono sostanze organiche come nutrimento, la modesta muffa trova ci\u00f2 di cui ha bisogno. Sulle superfici in vetro, ad esempio, si nutre volentieri della polvere che vi si \u00e8 depositata.<\/p>\n

Mentre in questo caso la rimozione riesce in modo relativamente semplice, con altri materiali la situazione diventa molto pi\u00f9 critica: sulle superfici in legno, ad esempio, la muffa pu\u00f2 nutrirsi di parti della superficie colonizzata stessa. Sulle superfici in plastica o sulle guarnizioni, invece, preferisce nutrirsi di additivi organici come i plastificanti.<\/p>\n

\u00c8 evidente che in entrambi i casi i materiali vengono danneggiati in modo permanente. Ci\u00f2, tuttavia, non avviene solo a causa dell'alimentazione della muffa. Anche le escrezioni del fungo attaccano la superficie. L'intero metabolismo provoca cos\u00ec la distruzione dei materiali.<\/p>\n

Una prevenzione efficace della muffa deve quindi, da un lato, negare alle spore l'accesso agli ambiti micronutrienti e, dall'altro, proteggere le superfici dalle secrezioni del fungo. Diversi rivestimenti antimuffa tentano di farlo, ma comportano ulteriori problemi:<\/p>\n

Alcuni di questi prodotti contengono sostanze preoccupanti che possono nuocere a persone, animali e ambiente. Si parla, ad esempio, di ingredienti allergenici o cancerogeni, di possibili danni agli occhi o alle vie respiratorie. A causa del rilascio permanente di un principio attivo, alcune pitture antimuffa possono inoltre perdere efficacia nel tempo. Possono inoltre alterare l'aspetto, la sensazione al tatto o la traspirabilit\u00e0 di una superficie.<\/p>\n

 <\/p>\n

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

Invece di ricoprire le superfici, la barriera Liquid Glass di Nanopool adotta un approccio fisico che agisce sulle abitudini di vita della muffa:<\/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

In questo modo si contrasta una possibile infestazione da muffa in tre modi:<\/p>\n

    \n
  1. In primo luogo, le spore non possono pi\u00f9 accedere ai nutrienti delle superfici organiche, poich\u00e9 questi restano fuori dalla portata del fungo sotto lo strato barriera di soli 5 fino a un massimo di 100 nanometri.<\/li>\n
  2. In secondo luogo, le particelle di sporco e polvere non aderiscono in modo permanente al rivestimento superfobico, per cui anche questa fonte di nutrimento viene cancellata dal menu delle spore di muffa.<\/li>\n
  3. Se il fungo dovesse comunque insediarsi brevemente, il materiale trattato \u00e8 progettato per essere protetto dalla barriera contro le escrezioni dannose del fungo.<\/li>\n<\/ol>\n

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

    Che si tratti di legno, tessuti, muratura, piastrelle, fughe o guarnizioni, la barriera funzionale \u00e8 progettata per un impiego duraturo in interni ed esterni.<\/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

    Informazioni sull'azienda:<\/strong><\/p>\n

    nanopool\u00ae<\/sup> GmbH, con sede a H\u00fclzweiler, \u00e8 un'innovativa azienda familiare. Dal 2002 \u00e8 tra le aziende che lavorano con la nanotecnologia nel campo del trattamento delle superfici.<\/p>\n

    nanopool\u00ae<\/sup> \u00e8 riuscita a sviluppare un trattamento delle superfici per quasi tutti i campi di applicazione. Questa innovazione pu\u00f2 cambiare positivamente la vita lavorativa nelle direzioni pi\u00f9 diverse.<\/p>\n

    Alcune propriet\u00e0 dei prodotti nanopool\u00ae<\/sup> sono state esaminate da laboratori di ricerca riconosciuti; tutte le affermazioni valgono solo per i prodotti testati e le condizioni di prova.<\/p>\n

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

    Mould spores are present everywhere in the ambient air. 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