{"id":87,"date":"2026-05-11T12:16:51","date_gmt":"2026-05-11T12:16:51","guid":{"rendered":"https:\/\/www.nanopool-finland.com\/dry-fiber-verpackungen\/"},"modified":"2026-07-07T09:10:42","modified_gmt":"2026-07-07T09:10:42","slug":"dry-fiber-verpackungen","status":"publish","type":"post","link":"https:\/\/www.nanopool.eu\/nl\/dry-fiber-verpackungen\/","title":{"rendered":"SiOPack\u00ae verbetert processtabiliteit en waterbarri\u00e8re van droogvezelverpakkingen"},"content":{"rendered":"<p><strong>Nieuwe barri\u00e8retechnologie stabiliseert droogvezelgeometrie\u00ebn onder vochtige procesomstandigheden en verbetert de verdere verwerking op industri\u00eble vullijnen.<\/strong><\/p>\n<p><em>Door Dieter Schwindt, gecertificeerd expert voor nanotechnologie en oppervlaktetoepassingen<\/em><\/p>\n<p>Droogvezelverpakkingen gelden als een veelbelovende benadering om kunststofgebaseerde verpakkingsoplossingen te verminderen. In de industri\u00eble praktijk doet zich echter een centraal probleem voor: onder vochtige procesomstandigheden verliezen de materialen snel hun mechanische stabiliteit. Dit kan leiden tot vervorming, storingen in de machinale verwerking en in het ergste geval stilstand op vullijnen.<\/p>\n<p>Dit is vooral kritisch bij toepassingen met een hoge luchtvochtigheid of direct contact met vloeistoffen, zoals gebruikelijk in de levensmiddelen- en drankenindustrie. Bestaande hydrofoberingsoplossingen stuiten hier vaak op hun grenzen, omdat ze ofwel het vormen belemmeren, ofwel economisch en procestechnisch niet optimaal schaalbaar zijn.<\/p>\n<p><strong>Uitdagingen van droogvezel in vochtige procesomgevingen<\/strong><\/p>\n<p>Droogvezelverpakkingen zijn gevoelig voor verhoogde luchtvochtigheid en direct contact met water. Zelfs onder gematigde klimatologische omstandigheden kan een aanzienlijke afname van de mechanische stabiliteit optreden.<\/p>\n<p>Op industri\u00eble vullijnen \u2013 vooral in zones met binnendringend vocht of direct contact met vloeistoffen \u2013 wordt dit probleem nog versterkt. Componenten kunnen opzwellen of hun vorm verliezen, wat de machinale verwerking belemmert. Het gevolg zijn storingen op de vullijn, hogere uitvalpercentages en mogelijke stilstand.<\/p>\n<p>In de praktijk leiden zulke effecten vaak tot extra reinigingscycli en een herstart van de productielijn \u2013 een duidelijk economisch nadeel.<\/p>\n<p><strong>Grenzen van bestaande oplossingen<\/strong><\/p>\n<p>Conventionele hydrofoberingsmethoden zoals AKD kunnen bij droogvezel slechts in beperkte mate worden ingezet. Een kernbenadering bij de verwerking van droogvezel is juist om de vezels tijdens het vormen onaangetast te laten, zodat processen zoals rekken en dieptrekken volledig en zonder beperkingen kunnen worden uitgevoerd.<\/p>\n<p>De functionele barri\u00e8re wordt daarom bewust pas na het vormen aangebracht. In veel gevallen is daardoor een aanvullende externe coating nodig.<\/p>\n<p>Alternatieve benaderingen \u2013 zoals het gebruik van MFC voor hydrofobering \u2013 zijn bekend, maar gaan vaak gepaard met hogere kosten en een lagere procesnelheid. Een industrieel schaalbare oplossing met een stabiele barri\u00e8rewerking en tegelijkertijd een goede verwerkbaarheid blijft daarom een uitdaging.<\/p>\n<p><strong>SiOPack<sup>\u00ae<\/sup> als oplossingsaanpak<\/strong><\/p>\n<p>Met de SiOPack<sup>\u00ae<\/sup> technologie is een coatingsysteem beschikbaar dat een stabiele waterbarri\u00e8re op vezelgebaseerde materialen mogelijk maakt zonder het vormproces te be\u00efnvloeden. Het doel is de vochtopname te verminderen en tegelijkertijd de mechanische stabiliteit van componenten tijdens de verdere verwerking te verbeteren.<\/p>\n<p>De resultaten tot nu toe tonen aan dat door het gebruik van geschikte barri\u00e8res aanzienlijke verbeteringen kunnen worden bereikt:<\/p>\n<ul>\n<li>verminderde vochtopname<\/li>\n<li>verbeterde vormstabiliteit van droogvezelcomponenten<\/li>\n<li>stabielere machinale verwerking tijdens de verdere verwerking<\/li>\n<li>lagere uitvalpercentages<\/li>\n<li>verhoogde procesbetrouwbaarheid op vullijnen<\/li>\n<\/ul>\n<p><strong>Testresultaten onder praktijkomstandigheden<\/strong><\/p>\n<p>De in de loop van de tests verkregen resultaten tonen een verbetering van de opslag- en processtabiliteit. Onder niet-geklimatiseerde omstandigheden konden opslagtijden van meer dan 150 dagen worden bereikt zonder significante verliezen in de topload-stabiliteit.<\/p>\n<p>De resultaten wijzen op potentieel voor toekomstige toepassingen op het gebied van warme dranken en andere vochtgevoelige verpakkingstoepassingen.<\/p>\n<p><strong>Beoordeling vanuit de industri\u00eble praktijk<\/strong><\/p>\n<p>Verpakkingsexpert Stephan Halstrick van HALSTRICK Consulting Services \u2013 The Packaging Experts \u2013 heeft de SiOPack<sup>\u00ae<\/sup> barri\u00e8res in eigen tests onderzocht en ziet bijzonder potentieel voor het verbeteren van de processtabiliteit van droogvezelverpakkingen:<\/p>\n<p>\u201eJuist bij droogvezel kan vocht leiden tot een snel verlies van mechanische stabiliteit. De resultaten tonen aan dat geschikte barri\u00e8res \u2013 zoals die van SiOPack<sup>\u00ae<\/sup> \u2013 kunnen helpen verschillende droogvezelgeometrie\u00ebn robuuster uit te rusten en de verdere verwerking in vochtige vulomgevingen te verbeteren.\u201d<\/p>\n<p>&nbsp;<\/p>\n<p><strong>Presentatie op interpack 2026<\/strong><\/p>\n<p>De gepresenteerde resultaten worden op interpack 2026 in D\u00fcsseldorf voor het eerst aan een vakpubliek getoond en verder besproken. De focus ligt met name op de stabilisatie van droogvezelgeometrie\u00ebn onder vochtige procesomstandigheden.<\/p>","protected":false},"excerpt":{"rendered":"<p>New barrier technology stabilizes dry-fiber geometries under humid process conditions and improves further processing on industrial filling lines. By Dieter Schwindt, certified expert for nanotechnology and surface applications. Dry-fiber packaging is regarded as a promising approach to reducing plastic-based packaging solutions. In industrial practice, however, a central problem emerges: under humid process conditions, the materials quickly lose mechanical stability. This can lead to deformation, disruptions in machine handling and, in the worst case, downtime on filling lines. This is particularly critical in applications with high humidity or direct contact with liquids, as is common in the food and beverage industry. Existing hydrophobization solutions often reach their limits here, as they either impair forming or are not optimally scalable in economic and process terms. Challenges of dry fiber in humid process environments Dry-fiber packaging is sensitive to increased humidity and direct contact with water. Even under moderate climatic conditions, a significant reduction in mechanical stability can occur. On industrial filling lines \u2013 especially in areas with moisture ingress or direct contact with liquids \u2013 this problem is further amplified. Components can swell or lose their shape, which impairs machine handling. The consequences are disruptions on the filling line, increased reject rates and potential downtime. In practice, such effects frequently lead to additional cleaning cycles and a restart of the production line \u2013 a clear economic disadvantage. Limits of existing solutions Conventional hydrophobization methods such as AKD can only be used to a limited extent with dry fiber. A key approach in dry-fiber processing is instead to leave the fibers unaffected during forming, so that processes such as stretching and drawing can be carried out completely and without restrictions. The functional barrier is therefore deliberately applied only after forming. In many cases, an additional external coating is thus required. Alternative approaches \u2013 such as the use of MFC for hydrophobization \u2013 are known, but are often associated with higher costs and reduced process speed. An industrially scalable solution with a stable barrier effect and good processability therefore remains a challenge. SiOPack\u00ae as a solution approach With SiOPack\u00ae technology, a coating system is available that enables a stable water barrier on fiber-based materials without affecting the forming process. The aim is to reduce moisture absorption while improving the mechanical stability of components during further processing. The results to date show that significant improvements can be achieved through the use of suitable barriers: reduced moisture absorption improved dimensional stability of dry-fiber components more stable machine handling during further processing lower reject rates increased process reliability on filling lines Test results under practical conditions The results obtained show an improvement in storage and process stability. Storage times of more than 150 days could be achieved under non-climate-controlled conditions without significant losses in top-load stability. The results indicate potential for future applications in the field of hot beverages and other moisture-sensitive packaging applications. Assessment from industry practice Packaging expert Stephan Halstrick of HALSTRICK Consulting Services \u2013 The Packaging Experts \u2013 has examined the SiOPack\u00ae barriers in his own tests and sees particular potential for improving the process stability of dry-fiber packaging:  [\u2026]<\/p>\n","protected":false},"author":1,"featured_media":88,"comment_status":"open","ping_status":"open","sticky":false,"template":"","format":"standard","meta":{"_acf_changed":false,"footnotes":""},"categories":[6],"tags":[],"class_list":["post-87","post","type-post","status-publish","format-standard","has-post-thumbnail","hentry","category-blog-posts"],"acf":[],"yoast_head":"<!-- This site is optimized with the Yoast SEO plugin v28.5 - https:\/\/yoast.com\/product\/yoast-seo-wordpress\/ -->\n<title>SiOPack\u00ae Improves Process Stability and Water Barrier of Dry-Fiber Packaging | Nanopool<\/title>\n<meta name=\"description\" content=\"New barrier technology stabilizes dry-fiber geometries under 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