Our blog keeps you in touch with the latest innovations and trends.
We are living in a world where people are more aware of our planet and our future. We are proud to say, Protechnic, we are part of it. Our R&D department keeps searching for more sustainable and Eco-friendly adhesive materials. We have already succeeded to use some bio-based material. Today, we are even more driven to work in this direction.
As car owners are looking for personalized vehicles, aesthetic has become a top priority. One area that significantly impacts a car’s interior ambiance is the headliner. To meet this growing demand for visually appealing and functional headliners, thermoplastic adhesive is a game-changer.
Bemis-Protechnic offers a large range of thermoplastic adhesives designed to deliver exceptional performance and aesthetics in automotive headliner applications. Our adhesives are engineered to streamline production processes, reduce defects, and ensure a clean, high-quality finish.
Thermoplastic adhesives offer an alternative to traditional bonding methods. However, achieving optimal results requires consideration of a range of factors that can influence bond strength.
Here, we will talk about the most common challenges met in thermoplastic bonding and explore strategies to ensure a successful assembly process.
Just like any bonding technique, surface preparation is critical for achieving a strong and reliable bond with thermoplastics. Overlooking this step can lead to weak or uneven adhesion. Common mistakes include:
In today’s industry, sustainability has become a necessity. One aspect of sustainability is promoting a circular economy, where materials can be reused and recycled at the end of their life. But what about the adhesives that bond these materials together?
Thermoset adhesives can often represent a challenge for recycling as the material is fixed after the activation. Here at Bemis-Protechnic we offer thermoplastic adhesive solutions that are tailored to match the composition of your substrates. That approach allows easier streamlined recycling at the end of your product’s life cycle.
In the rapidly evolving landscape of consumer electronics (Speakers, phone, wearable, computer, a new breed of engineering professionals has emerged: soft goods engineers. These experts specialize in the intricate design, prototype and manufacture of products using materials such as textiles, leather, silicone, adhesive and thermoplastic polymers. With their unique blend of mechanical design experience and material expertise, soft goods engineers play a pivotal role in bringing next-generation products to life.
Soft goods engineers collaborate closely with design teams and manufacturers to develop innovative soft touch solutions for complex structural systems. Their hands-on approach involves working with a wide range of manufacturing equipment, assembling processes, tools, and maintenance procedures. From designing and fabricating soft goods for space exploration to crafting high-altitude applications, these professionals are at the forefront of technological advancement.
The consumer electronics industry is in a constant state of evolution, marked by an increasing focus on sustainability, environmental responsibility, and product safety. For consumer electronic engineers, whether designing speakers, phones, laptops, wearables, tablets, or notebooks, one of their aims is to innovate and deliver top-tier products.
However, a frequently underestimated critical concern is VOC emission, which is highly related to material choosing. To be more specific, adhesive assembly process plays a crucial factor.
Speakers have evolved beyond just gadgets; they now accompany us through every facet of life, delivering immersive sound experiences that enrich our daily adventures. From the portability of Bluetooth speakers to the immersive audio of home entertainment setups, the demand for superior sound quality is soaring. With the market projected to reach a remarkable $48 billion by 2025, driven by the surge in smart devices and AI-powered assistants, the importance of innovation in speaker design cannot be overstated. Amidst this evolution, adhesive technology emerges as a silent hero, quietly revolutionizing speaker construction and performance.
The aircraft industry is in constant evolution, with significant innovations in materials. As a result, it’s crucial to find the most suitable options for bonding these materials together. In aviation, several key factors are increasingly vital, including speed, lightweight construction, durability, design, and passenger comfort.
Technological innovations in aircraft interiors drive engineers and designers to seek the latest methods for improved performance continually. Moreover, this sector have stringent standards for aircraft interior applications.
Thermoplastic adhesive film, commonly known as hotmelt adhesive film, is typically presented in the form of a roll. This adhesive solution can be manufactured using different techniques, resulting in either monolayer or multi-layer structures.
Examples include:
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For foam materials, selecting the right adhesive solution is crucial for achieving efficient and sustainable bonding results. One versatile option is thermoplastic adhesive in roll, which effectively bonds various materials, including foams and other technical substrates. In this article, we will explore the important role that this type of adhesive plays in various applications using these materials.
Thermoplastic adhesives shows versatility by creating durable bonds across different types of materials, such as foams, 3D spacers, felt, non-wovens, technical textiles, or leather. This bonding addresses diverse manufacturing needs, with net, film, and web structures contributing to the improvement of applications in automotive, upholstery, footwear, leather goods, composites, building, and more. Roll-to-roll lamination method allows very low waste and clean results, 1 meter of adhesive equals to 1 meter of laminated material.
