Visit us at K 2022 to find out more about our latest developments and how Sukano can support customers to speed up time to market while keeping environmental impact in focus.
We innovate intending to maximize and diversify the use of PET, biopolymers, and engineering resins; developing technical solutions that contribute to a circular economy and the Sustainable Development Goals.
Our highlights below will be presented by our global Team.
Register today and meet us at K 2022 at our booth H28 in hall 8a (interactive Floor plan, please zoom in)
Sukano 的母粒配方、制造和工艺专业知识与全新的碳酸钙专利技术相结合，使碳酸钙可以以母粒的形式做为双轴取向膜的空隙化剂，从而提高了膜的性能，赋予其更高的不透明度、更低的薄膜密度和更高的生产率。
超越传统的以“索取、制造和处置”为主的采掘垦殖式工业模式，循环经济通过设计而具有了可恢复性和可再生性。很长时间以来，PET 的再利用被限制在纤维及类似应用上，并且通常为降级再利用。现在，时代已经改变，随之而来的是需要具有创新性的产品和功能，以解决质量差和当前捆包型材标准化缺乏问题以及潜在的不同废物流技术要求。更进一步地探讨提高和优化回收含量的替代方法，以使其重新适用于原有的 PET 应用。
Sukano 推出了一种新型母粒，使制瓶商和品牌商能够以最大的速度运行传送带和机器人，从而提高生产率和产量。这种最先进的助行添加剂母粒，使得诸如释放、擦伤和粘附等问题成为过去式。
将混合 PET 瓶片升级为热稳定的 rCPET 食品托盘。Sukano RPET 母粒产品组合可提高 RPET 含量，并通过添加剂和色母粒创建新的回收流。
超越传统的以“索取、制造和处置”为主的采掘垦殖式工业模式，循环经济通过设计而具有了可恢复性和可再生性。很长时间以来，PET 的再利用被限制在纤维及类似应用上，并且通常为降级再利用。现在，时代已经改变，随之而来的是需要具有创新性的产品和功能，以解决质量差和当前捆包型材标准化缺乏问题以及潜在的不同废物流技术要求。更进一步地探讨提高和优化回收含量的替代方法，以使其重新适用于原有的 PET 应用。
塑料是我们现代生活不可或缺的一部分。几乎在每个细分市场中，塑料在为世界各地的消费者提供、保护和交付高质量产品方面都起着至关重要的作用。这包括生物塑料（生物基塑料），或可生物降解的塑料，或两者都包括。了解用于 PLA 的添加剂母粒在材料改性方面的进展。
Sukano 的新型母粒使制瓶商和品牌商能够以最大的速度运行传送带和机器人，从而提高生产率和产量。得益于这种最先进的助行添加剂母粒，使得诸如释放、擦伤和粘附等问题成为了过去式。
Sukano 的母粒配方、制造和工艺专业知识与全新的碳酸钙专利技术相结合，使碳酸钙可以以母粒的形式做为双轴取向膜的空隙化剂，从而提高了膜的性能，赋予其更高的不透明度、更低的薄膜密度和更高的生产率。
Sukano 在紫外线防护母粒的开发和生产方面拥有 30 多年的经验，并且正致力于利用这一专业知识开发新一代紫外线防护增强剂，为纤维的特定应用开拓新的市场。
The latest development for recyclable and temperature-resistant PET applications for packaging is called CPET-light. A possible alternative for PP, which can not be circular if recyclable as it will not be food grade. Sukano has developed a nucleating masterbatch that can be used to extrude a transparent film that is dimensionally stable up to 100°C.
For a long time, the reuse of PET was either limited to fiber applications or downcycled. Today, the demand for recycling is high, which calls for innovative products and functionalities that address the poor quality and lack of standardization of the current bale profiles, and the waste stream technology requirements. Get a closer look into alternative ways to enable higher and better recycling content while retaining the properties of the original PET applications.
Replacing non-recyclable frozen food trays with recyclable PET monomaterial structures while increasing the use of RPET. Sukano’s transparent Impact Modifier for cold, flash frozen, and room temperature applications allows the replacement of specialized co-polyester resins with recycled or virgin PET resins that are modified with a new masterbatch. It is our solution for increasing the RPET content in the end application and maximizing the use of PET.
Sukano aims to accelerate the growth of the sustainable, circular, and high-performance plastic material PEF by developing white masterbatches for PEF fibers and antiblock masterbatches for BOPEF films. The plant-based bioplastic material answers the demand for a circular plastics economy. This project is a collaboration with Avantium, a pioneer in the industry of renewable and sustainable chemistry. Come and take a look at the PEF yarn and BOPEF films during K 2022, produced with the PEF-based Sukano masterbatch.
Sukano expanded its services and expertise offerings to another key and strategic player in the biodegradable plastics family. The up to 100% biobased PHA color Masterbatches are now available for PHA applications to make your product stand out from the crowd while keeping environmental impact in focus. Thorough selection and design of the color masterbatches for specific performances ensure that we meet your needs. Come and join the presentation to find out how to implement PHA colors into your portfolio.
How to incorporate recyclable material and recycled PET in engineering resins and therewith improve the sustainability profile of the product by using Sukano masterbatches without decreasing mechanical properties? Join this presentation to find out more.
