Stevanato Group’s Post

Why are PVC foaming regulators so important? Enhanced Durability: They help in creating a uniform cell structure, which enhances the mechanical strength and durability of the final product. Improved Aesthetics: Smooth surfaces are critical in consumer-facing products, and foaming regulators are essential in achieving that high-quality finish. Efficiency in Production: By optimizing the foaming process, these regulators reduce material usage and production time, leading to cost savings and increased throughput. As industries push towards more sustainable and efficient manufacturing processes, the role of advanced materials like PVC foaming regulators becomes more critical. Are you leveraging the latest in material technology to stay ahead? #PVC #FoamingRegulators #PolymerScience #MaterialInnovation #SustainableManufacturing #ChemicalEngineering #foamingmodifier #foamadditives #pvcfoamingregulator #processingaid

For porous surfaces, remember to apply a primer before using YESeal MS Hybrid Sealant. Non-porous surfaces can utilize surfactants for better adhesion. Always test compatibility beforehand! #ConstructionTips #SealantApplication

UV Glue for Glass-to-Metal Bonding. #UVglue #UVgluebonding #UVbondingglasstometal #Clearuvglue #UVgluemetaltoglass #UVadhesiveforglasstometal #Glasstometaluvglue

Appli-Tec provides some of its materials as two-part kits, with Mix Ratio called out on the TDS. For example, the mix ratio for Appli-Tec’s 5336 Epoxy is 100 for Part A and 6 for Part B. While you can mix 5336 Epoxy in-house, 100 to 6 is a tough ratio to get exactly right. Even with a calibrated scale, extra drops or not enough drops of the curing agent will result in a decline of performance: Hardness, Glass Transition Temperature, and Low Outgassing properties will be negatively impacted. Learn how Appli-Tec can solve your adhesive mix ratio challenges: 👉https://lnkd.in/d6DV_rUQ

The best alternative to PMMA in LED and lighting applications? Our PC Coloured LED!   Polycarbonate (PC) is emerging as a favorable alternative to polymethyl methacrylate (PMMA) in LED and lighting applications due to its superior properties. One of the foremost advantages of PC is its highest impact resistance, which ensures durability and longevity, even in demanding environments. Additionally, PC boasts excellent diffusing capabilities, which means it can evenly distribute light, reducing glare and creating a more uniform illumination. This makes it ideal for various lighting designs and applications. Furthermore, PC exhibits excellent fire properties, enhancing safety by reducing the risk of fire hazards. These attributes make polycarbonate a superior choice for colored LED lighting applications, combining safety, performance, and aesthetic appeal.   #arlaplast #pccolouredled #plasticsheets  

Dymax dual-cure #conformalcoatings are an excellent option for #manufacturers searching to replace their solvent-based process with a greener, more efficient process. These 100% solids conformal coatings cure on-demand with #UV/Visible light and feature secondary ambient moisture-cure, eliminating the need for a second process step and concerns of component life degradation due to temperature exposure if using heat cure. Learn more in our #technical bulletin: https://ow.ly/vvTp50QIVQ6

#UV #coating plays a crucial role in protecting battery housings against corrosion, moisture, and ensuring electrical insulation to prevent high voltages. The process involves applying a specialized coating and curing it with ultraviolet (UV) light. Coating the edges of the cells has been a challenge, especially achieving homogeneous thickness. Currently, applying two to three coats is necessary for better distribution, risking uneven applications that may impact performance. At #Optisense, we meticulously measure UV coating thickness on critical areas like edges and corners, ensuring precision on both wet and dry surfaces. Our noncontact, in-line, and fully automated approach allows simultaneous testing of multiple locations. Photo credit: drawn by Fraunhofer FFB, adapted by Tesa. #BatteryTechnology #Innovation #ElectricalInsulation #ProtectiveCoating

Why do automotive OEMs want their weather seal suppliers to switch from thermoset EPDM rubber to Santoprene® TPV? Their top reason for switching is part weight reduction, which can reach 55%. But a close second is lower total cost for weather seals. But there are many more. Even at lower weight and total cost, weather seals extruded from Santoprene® TPV still meet or beat EPDM in resilience, seal retention and elastic recovery, three key properties for this application. Thermoplastic Santoprene® also enables more intricate designs, freeing manufacturers to optimize performance rather than settling for what EPDM offers. Contact our Celanese experts today to learn more about switching to Santoprene® TPV. http://spr.ly/6046s7Ou8 #Automotive #WeatherSeals #TPV

Gear systems often operate under severe conditions, subjecting the gears to high temperatures, heavy contact and sliding loads, and start-stop shock loading. The superior synthetic formulation and our proprietary Synerlec® additive technology used in BioMax™ Gear EAL are the key to outstanding protection from contact and sliding wear, and damaging shock loads. Plus, the EU Ecolabel certification of BioMax Gear EAL guarantees superior environmental and technical standards. For unmatched protection for all enclosed gear systems while being environmentally responsible, choose BioMax™ Gear EAL. #DriveYourBusinessResponsibly #RoyalPurpleBioMax #NoMatterWhatDrivesYou #CalumetProud #CalumetInc Calumet

The big question we always get asked .… What membranes or products do you use? The answer - quite a few! Why?? Every roof has different problems or hurdles. We did three sites yesterday with the help of Triflex to do adhesion tests because to seal/terminating on glass (Nightmare to warranty long term!) Tests are done and passed, so we have a solution for the client. Liquid overlay on these sites is excellent because there is no risk of ingress while removing the substrate and, subsequently, possibly less disruption for all parties below the work area. Also, this system, once overlayed is about 5mm thick and gives good protection when some single ply’s are only 1.2mm thick and non reinforced. #triflex