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Applying a barrier coating involves several critical steps, each contributing to the overall effectiveness and durability of the protective layer. Proper surface preparation, selecting the right materials, and employing the correct application techniques are essential for optimal results. Through expertise and precision, you can ensure that your barrier coating serves its intended purpose effectively. Why

New multilayer packaging materials can be produced and tested at KCL extrusion coating and lamination pilot line. It’s a place where we can test a wide variety of materials, from everyday polymers to exciting new biomaterials. There you will have ability to experiment different materials to create the perfect packaging solution and test new material

Have you ever thought about how important surface treatment is in the world of extrusion coating and lamination? By enhancing the bond between layers, it boosts the durability of the final product and makes sure everything works just right. Without proper surface treatment, your materials might not hold up as well over time. But with

At KCL, our extrusion coating pilot line can reach speeds of up to 400 meters per minute. It means we can help you innovate faster and more efficiently, serving as your go-to demonstration production line. Our setup is all about versatility, ready to tackle a variety of industrial coating processes and help you refine those

In polymer processing and film production the neck-in evaluation is crucial. Neck-in is the narrowing of a material’s width as it’s stretched or extruded. Understanding this phenomenon is key to predicting how materials will perform under different conditions. It affects everything from material thinning to strength and uniformity, which are vital for ensuring the quality

At extrusion coating process a thin layer of polymer is applied onto a base, typically fibre-based paper. Extrusion coating makes packaging more durable and resistant to all sorts of damage. At KCL, we’re using cutting-edge 5-layer coextrusion technology to lead the change in creating sustainable and high-performance packaging solutions. How Does Extrusion Coating Work? Process

Experimenting with extrusion coating can be tricky, presenting challenges that can easily get in the way. Therefor we’re here to help you navigate through them. From managing material waste to ensuring superior quality and fine-tuning extrusion processing parameters; understanding all these is your ticket to success in extrusion coating trials. Understanding Common Extrusion Coating Challenges

Have you ever wondered why extrusion coated and laminated materials are so crucial across various industries? That’s because when it comes to strength and durability, they’ve got it covered. Extrusion coated and laminated materials are offering flexibility and resistance to the elements. They can stand mechanical stress, hold their shape under pressure, and resist wear

Coat weight is crucial in extrusion coating trials. It´s a key factor that decides the quality and performance of the final product. Coat weight is measuring the mass of the coating material applied per unit area of the substrate. This measurement is your ticket to ensuring that the coating is applied right and meeting the

Have you ever wondered how we make sure that the coatings we apply to materials are just right? Microscopy cross-section analysis is one of the tools to evaluate the coatings. It’s like having a magnifying glass that lets us peek into the very heart of coated samples. By doing this, we can see the structure