Appli-tec Inc. recently announced it has reached an agreement with Raytheon Co. to manufacture a family of advanced aerospace-grade adhesives based on Raytheon’s proprietary designs.
This year’s event will provide educational sessions and networking events for manufacturers, distributors, suppliers, and other industry experts from 36 countries.
Novel, all-acrylic pressure-sensitive adhesive compositions with inherently lower surface energy display significantly improved adhesion to LSE substrates such as polyethylene and polypropylene.
The prevailing trend toward the use of lighter weight and lower cost engineered plastics in automotive, construction, aerospace, electronics, and other industrial uses has created a need for pressure-sensitive materials that can bond well to these new, inherently low-surface-energy (LSE) plastics. This article discusses novel, all-acrylic compositions with inherently lower surface energy that display significantly improved adhesion to LSE substrates such as polyethylene and polypropylene.
When adhesive tape is found as evidence at a crime scene, it is the forensic scientist’s job to match it to its source with little or no knowledge of tape construction.
The criminal element has discovered the thousands of uses for adhesive tape, and it is being found more and more often as trace evidence at crime scenes. By far the most common tape found as evidence in two out of three cases involving adhesive tape is duct tape.
This article examines the external events that have led to greater awareness of adhesives’ performance in the event of a fire, the standards and regulations that are being imposed, and the development of new fire-resistant materials.
Historically, fire resistance has not generally been a significant requirement when specifying adhesive systems. Recent incidents, however, indicate that this may soon change. These include events outside of the formulators’ arena, such as increased sensitivity to the performance of components in a fire, and events within the formulators’ arena, such as the development of flame-resistant additives.
Substrates with reactive groups available for bonding make chemical bonding easier to achieve, while substrates with nothing to react to make adhesion difficult.
October 1, 2005
Adhesive technology is equal parts chemistry and "black magic." The sheer number of available substrates makes it nearly impossible to test each adhesive on every type. However, by conducting tests on a selection of novel, or difficult-to-adhere-to, substrates, we can make inferences that may help narrow the choice of adhesives.