![]() ![]() We see rendering of the watch from the side. Help with greater chemical resistance, even in full immersion. Once more, he is using tweezers to pull out a die-cut circle shape from the rectangle piece of 3M Chemical-Resistant Adhesive Transfer Tape and place it on another layer of the same watch body.ģM Chemical Resistant Adhesive Transfer Tape 96105CR Viscoelastic foam for high drop resistance.Ĭut again to the design engineer’s hands seen over his desk. We see a rendered close-up of the previously seen smartwatch, now falling onto a hard surface. Now he is using the tweezers to place the 3M VHB die-cut on a watch body.Ībsorb shocks and vibrations by bonding display cover glass. Help sealing and bonding enclosures for water resistance.Ĭut again to the Design Engineer’s desk. IPX8 demo tests extended to 3 ATM / 30m depth ![]() ![]() We see a rendered close-up of the smartwatch during testing as it falls into water. We see the design engineer’s hands, which are using tweezers to pull out a die-cut circle shape from a rectangle piece of 3M VHB tape. We provide advanced material models compatible with a variety of finite element modeling softwares. On the screen we see a smartwatch that breaks down in an animation into its component pieces.ģM can help you figure out the solution and simplify your design process.Ĭut again to the design engineer’s desk with different kinds of components, and 3M bonding products. Now both men are looking at the 3M expert’s tablet. The design engineer immediately begins showing the 3M expert something on his desk. You don’t need to be an expert in everything. Tons of concepts, prototypes, tests, and question marks.ģM Expert joins him carrying a tablet type device. He is standing by the desk in an office and looks like he is trying to solve a problem. We see the Design Engineer’s face for the first time. The watch is connected to several cables, as it is being tested. The Design Engineer’s hands hold a sketch featuring design elements. Turning it into a real device is a big challenge. With his eyes, we look at a smartwatch in his hands, which he places on the desk with a lot of sketches, components, and 3M bonding products. We see the eye of a Design Engineer and the reflection of what he is working on. We follow the electrical signal to reality.Īn idea starts in a design engineer’s head. Other areas include printed circuit boards and heat sink bonding in many electronics applications subjected to high solder reflow temperatures.We see a neuron that carries information in the form of an electrical signal. Typical examples are automotive underhood applications that require both higher processing and operating temperatures. These adhesive transfer tapes are ideal for use in many industrial applications subjected to higher temperature environments. Not only does 3M Ultra High Temperature Adhesive Transfer Tape 9085 have excellent holding power, but it also has adhesion strength significantly higher than typical pressure sensitive tapes. The high performance and low outgassing adhesive system provides heat resistance in high temperature environment, including 540 ; (280 。) in the short term. Our 3M Ultra High Temperature Adhesive Transfer Tape 9085 offers higher peel strength than most other acrylic formulations and exceptional shear strength even at elevated temperatures. Adhesive offers excellent heat resistance in high temperature environments such as lead free solder reflow.Short term temperature tolerance of up to 540 ; (280 。).Outstanding UV and chemical resistance for performance longevity. ![]()
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