VOC-Approved Thermoplastic Adhesives 

Environmental consciousness is increasing in many industries and regulations are more and more stringent when it comes to emissions. Industries like automotive & transport, aircraft & aerospace, upholstery, and interior furniture are looking for sustainable solutions.  

Volatile Organic Compound (VOC) approved thermoplastic adhesives are part of these sustainable options, offering performance and environmental responsibility. 

VOCs are organic chemicals that evaporate at room temperature and can have effects on air quality and human health. 

Solvent-based adhesives are a way less promoted solution for bonding in these sectors, because of their high VOC content that poses significant concerns. 

Recognizing these challenges, Bemis | Protechnic decided to engineer thermoplastic adhesives with very low VOC emissions. 

Bemis | Protechnic commitment to sustainability with VOC-approved thermoplastic adhesives   

At Bemis | Protechnic we commit to this principles with a careful selection of raw materials with very low VOC emissions. Furthermore, our dedication to your sustainability led us to create thermoplastic adhesive products with bio-based content up to 91%. 

Bemis Protechnic VOC-approved benefits across Key Industries 

The adoption of VOC-approved thermoplastic adhesives offers various benefits for industries: 

• Automotive & Transport: In vehicle interiors, where passengers and drivers spend a lot of time in enclosed spaces, low VOC emissions are crucial for their health and comfort. 

Thermoplastic adhesives are ideal for bonding interior trim, seating, headliners, and carpets, contributing to improved cabin air quality.  

Example: Bonding door panels with a VOC-approved thermoplastic film ensures a secure trim without releasing harmful fumes into the vehicle cabin. 

• Aircraft & Aerospace : The aerospace industry have strict safety and environmental regulations. VOC-approved thermoplastic adhesives offer a lightweight and high-performance bonding solution for interior applications in aircraft and aerospace such as seating, composite panels, or carpet.  

Reduced VOC emissions contribute to a healthier cabin environment for passengers and crew. The application offered by adhesive film and web also minimizes adhesive waste. 

Example: Utilizing a VOC-compliant thermoplastic web adhesive for bonding seat fabrics ensures durability and comfort while meeting stringent aerospace VOC regulations. 

• Upholstery & Interior Furniture: In the furniture and upholstery sectors, VOC emissions from adhesives used can impact indoor air quality in homes and offices. 

VOC-approved thermoplastic adhesives provide a clean and efficient bonding method alternative, contributing to healthier environments. Our thermoplastic adhesives offer strong adhesion to various materials like foam, fabric or leather. 

Example: VOC-approved thermoplastic adhesive to bond foam layers in a sofa cushion ensures comfort and durability without compromising safety. 

Would you like to know more about our VOC-approved adhesive range?

Contact us at: commercial@protechnic.bemisworldwide.com 

A Thermoplastic Adhesives for Upholstery and Furniture   

In the world of office furniture and interior design, materials are very diverse. Designers look for adhesive solutions that not only provide strong bonding but also meet requirements for comfort, flexibility, sustainability, and durability.  

Our range of thermoplastic hot melt adhesives is engineered to meet these demands, offering reliable performance across a wide range of applications. 

In the market of medical industry, the demand for safe, reliable, and comfortable bonding solutions is increasing.  

Thermoplastic adhesives are a smart choice offering a high performance alternative to traditional bonding methods. In this article we will go in depth of the benefits and properties of thermoplastic adhesives for medical applications.  

We’re thrilled to announce that Bemis Associates | Protechnic will be at JEC Group 2025 from March 4th-6th! Visit us at Booth #I5153 in Hall 5 to explore our wide range of thermoplastic adhesives.

Our team is ready to meet you and discuss your specific requirements. Stop by Booth #I5153 in Hall 5. We look forward to seeing you there!

#JECWorld2025 #Composites #Adhesives #BemisAssociates

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. 

The Sonic Revolution: How Adhesives could increase the Airflow in speakers  

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. 

What is a Thermoplastic Adhesive Film?

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. 

• Monolayer Thermoplastic Adhesive Film: This film consists of a single layer of adhesive material. 
• Multi-layer Thermoplastic Adhesive Film: This film combines up to 5 layers coextruded into a single film.  

Examples include: 

• 3-layer ABA films (Adhesive+Barrier+Adhesive)  
• 2-layer AB films (Adhesive+Barrier) or 2-layer AA films (Adhesive+Adhesive)