This inorganic, water-dispersed, alumina-filled ceramic adhesive is made to bond and seal thermocouple probes in high-temperature environments up to 3,200F (1,760C). It can be put on with a brush, spatula or syringe, and cures in one to two hours at 700F. It gets stronger the hotter it gets, with tensile-shear strength of 900 psi through curing at 1,000F. It's an inert, chemically-resistant adhesive that won't outgas in ultra high vacuum, and, as an electrical insulator, has a resistivity of 109 Ù-cm and a dielectric strength of 250 V/mil. It can also be used in the assembly of dense ceramic components used in ultra-high vacuum equipment, repairing of ceramic saggar plates, and bonding and coating of platinum/rhodium resistance wires to aluminum oxide heaters and other applications.
Major changes are happening in the world of 3D printing and additive manufacturing materials, machines, and software. If the industry -- and the design engineers and OEMs it serves -- are to grow, all three areas must become much more tightly integrated.
Americans spent more than $60B on their pets in 2015. Folks are definitely spending their money on more than dog food. We’re spending on things like dog spas and fancy toys, and as you can imagine, the wearables market is becoming well represented here.
Time was when sports equipment was made only from common, everyday, low-tech materials. But now sports equipment has a new, high-tech ingredient that is helping players take their game to the next level.
Focus on Fundamentals consists of 45-minute on-line classes that cover a host of technologies. You learn without leaving the comfort of your desk. All classes are taught by subject-matter experts and all are archived. So if you can't attend live, attend at your convenience.