Hot melt tank pressure impacts the rate of adhesive flow and amount of product being dispensed. Operators must manage the pressure setting, integrate set speed in the application and avoid adhesive build-up and overspray. Tank pressure is critical to efficiency on the production line.

By Patric Scheidner

Corporate Vice President Global Head of Aviation, Space, Rail

Film and paste adhesives, wet peel-ply and potting compounds enable the aviation industry to utilize advanced materials that contribute to lightweighting, more efficient designs, and improved sustainability.

Rubber repair is one of the most important maintenance activities in heavy industry processes such as Mining, Lifting and Handling, and Industrial processing machinery.

Newly formulated health and safety anaerobic threadlockers LOCTITE 2400 & 2700 offer excellent curing performance on GEOMET® 500 coated.

The new LOCTITE® PC 9021 shock-absorbing backing material from Henkel has proven its ability to prolong the service life of gyratory and cone crushers throughout Europe. Now available in the UK, this supremely tough and flexible material minimises downtime and enhances productivity of machinery operating in the harshest of environments.

A new survey from Henkel, owner of the renowned LOCTITE® brand, reveals the regard held for LOCTITE 5980 flange sealant among the nation’s car owners and repairers. The vast majority of survey participants rated the product at 5 out of 5 in all three categories: quality, value and performance.

If ever the vehicle maintenance and repair sector wanted confirmation of the quality of LOCTITE^® 5990 silicone sealant from Henkel, then a new survey conducted in conjunction with a nationwide retailer of car spares and maintenance/repair services provides the evidence.

In this episode, we talk about how low-pressure molding is shaping device resilience. In the world of industrial device manufacturing, complexity often drives innovation. However, when it comes to protecting electronic components, simplicity prevails with low pressure molding. This straightforward, three-step encapsulation technique offers superior resilience for electronics in various sectors, including industrial automation, automotive, medical, and lighting. By utilizing specialized polyamide hot melt materials and custom molds, low pressure molding provides quick, robust, and delicate protection without the need for high pressure. Discover how this innovative process is transforming device durability and efficiency across industries.

Listen to the podcast and/or read the article to learn more.

In this episode, we talk to our expert about the crucial role of retaining compounds in both machinery repair and manufacturing processes. While these adhesives are well-established in the machinery repair market, their potential in standard assembly materials for manufacturing is often overlooked. We explore how retaining compounds enhance the assembly of cylindrical parts, such as bearings, bushings, gears, and rotors, onto housings or shafts. We also discuss their ability to address surface irregularities, prevent issues like fretting corrosion and oxidation, and distribute stress more uniformly, ultimately increasing reliability and revenue in both maintenance and initial product assembly processes.

Listen to the podcast and/or read the article to learn more.

In this podcast session, we talk about the importance of setting clear sustainability objectives as a foundational step toward achieving meaningful results. By starting with the end goal in mind, organizations can analyze their processes and challenge existing paradigms to ensure alignment with sustainability protocols. Developing a comprehensive strategy, implementing tactical actions, and measuring specific milestones are highlighted as essential components for delivering quantifiable sustainable outcomes. Collaboration, transparency, and a balanced approach are emphasized as crucial elements, requiring commitment from partners across the value chain and alignment with corporate sustainability targets.

Listen to the podcast to learn more.