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Quantification of microplastics in fiber-based materials

Microplastics are an emerging concern, not only because of their harmful effects on human and animal health, but also due to increasingly stringent legislation targeting microplastics originating from human activities. Microplastics are defined as discrete, solid, non-degradable, and water-insoluble (≤ 2 g/L) particles that are partially or entirely composed of synthetic polymers or chemically modified

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KCL and CEAD announce partnership to advance sustainable large-format 3D printing

  KCL is proud to announce a new partnership with CEAD a global leader in large format additive manufacturing (LFAM) technology.  This collaboration marks a significant step forward in sustainable manufacturing, as CEAD continuously seeks to broaden the portfolio of materials they recommend to their customers. KCL’s cutting-edge biocomposite materials have now been successfully tested

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Introducing KCL Formiâ„¢ 3D product line

In recent years, large-scale 3D printing has revolutionized the production of highly versatile products. This technology is particularly well-suited for manufacturing molds, furniture, and even directly printing boats—eliminating many traditional manufacturing steps. In the field of large-scale 3D printing, polymer composites like PETG reinforced with 20% glass fiber are commonly used as standard materials. However,

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Haemme asiantuntijaa kemiallisen analytiikkamme vahvistukseksi

Haemme laboratoriotiimiimme kehityshaluista asiantuntijaa kemiallisen analytiikkamme vahvistukseksi. Tarjoamme asiakkaillemme monipuolisia kemiallisia analyysipalveluita, kuten hiilihydraatti- ja ligniinianalyysejä, uuteaineiden määrityksiä sekä gravimetrisiä, titrimetrisiä ja ionikromatografisia menetelmiä erilaisista näytematriiseista. Asiakaskuntaamme kuuluu mm. sellu- ja mekaanisen massan teollisuus, tutkimuslaitokset, energiateollisuus, startup-yritykset, elintarvikeala, tekstiilien kierrätysteollisuus ja yliopistot – toisin sanoen kaikki, jotka hyödyntävät biomateriaaleja, eri teollisuusalojen sivuvirtoja tai luonnon raaka-aineita.

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New KCL Formi 3D PLA10 cellulose fiber-filled PLA material

Our new KCL Formi 3D PLA10 cellulose fiber-filled PLA material is specifically designed for large-scale additive manufacturing! This innovative biocomposite is now also suitable for mechanically more demanding applications. Key Benefits of the new material:– Strong and durable for a wide range of applications.– Due to the low fiber content, interlayer adhesion remains excellent.– Faster

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CEPI-CTS Samples now available

Testing recyclability during the development phase of packaging materials is crucial. The CEPI Comparative Testing Service (CEPI-CTS) provides an efficient tool to ensure your testing procedures and equipment deliver accurate and reliable results. KCL is now offering CEPI-CTS materials for recyclability testing. The CEPI-CTS materials are available in two levels: Level 1: A homogeneous material

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Stronger experties, smarter solutions

New Partnership: Food Contact Center & KCLAdvancing Fiber-Based Food Packaging Innovations This collaboration brings together extensive expertise in material safety, testing, and pilot-scale production, offering a seamless and efficient process for companies looking to innovate in sustainable packaging. By working together, FCC and KCL provide a comprehensive service package that ensures food packaging materials are

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