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Covestro recently announced that it developed its water-based INSQIN technology in order to create a sustainable, efficient, and permanent polyurethane coating for textiles and to produce high-quality synthetic materials, especially for car interiors.
The potting of electronic components involves filling the assembly with a compound such as liquid resin (e.g., epoxy, silicone, polyurethane) to protect it from environmental or use conditions like moisture, humidity, and vibration. Any air entrapment in the potting compound can result in air bubbles that may cause performance problems in the finished component.
Is your company adapting production to meet a pandemic-related need? I’d love to hear about it! Please contact me at suttons@bnpmedia.com to share your story.
Huntsman’s spray polyurethane foam business was formed when the company acquired Icynene-Lapolla in February and combined it with Demilec, which Huntsman acquired in 2018.
Carlisle Polyurethane Systems will continue to focus on foams, surface and specialty coatings, binders, casting resins, adhesives, sealants, and elastomers.
Carlisle Construction Materials, an operating segment of Carlisle Companies Inc., recently announced that it is changing the name of its CASE business from Accella Polyurethane Systems to Carlisle Polyurethane Systems.
Engineers, architects, specifiers, facility managers, and homeowners must spend time analyzing what performance levels can be obtained by the adhesive and sealant products that are available to them for the environments in which they are being used.
With increasing consolidation among adhesives manufacturers and the raw material suppliers that support them, global product formulation and availability of materials used in these formulations continue to grow in importance.
Dr. Dave explains why this type of application can often be tricky, particularly due to the large differences in thermal expansion coefficients between the glass, the steel, and the adhesive.
You don’t indicate which substrate is on the outside, and this does make a difference in the possible choice of adhesive. Epoxy adhesives were traditionally used for this application, but they should be used with care as they may be too rigid.
It is difficult to simultaneously achieve both moderate adhesion to the skin and strong adhesion to a wearable device, but a new polyurethane pressure-sensitive adhesive is providing a solution.
Wearable devices are used in medicine to continuously monitor signals such as electrocardiograms and electroencephalograms. They can also be used to monitor physical conditions during exercise. To improve the accuracy of the analysis, many studies have been conducted by directly attaching wearable devices to the skin using a pressure-sensitive adhesive (PSA) sheet.
The Center for the Polyurethanes Industry (CPI) of the American Chemistry Council (ACC) recently announced that applications for its Polyurethane Innovation Award are now being accepted through June 15, 2020.