Here is what we are hearing:
Netzsch Instruments North America LLC is proud to announce that it is currently the sole supplier to Space Exploration Technologies Corp. (SpaceX) of high temperature thermal analysis instruments used to characterize material properties for space applications. SpaceX was founded in 2002 by Elon Musk to revolutionize space transportation, with the ultimate goal of enabling people to live on other planets. Netzsch’s instruments will be used to fine tune properties of existing materials and to develop new materials for use in the demanding, harsh environments of space. The ability of Netzsch to custom engineer and modify the instruments to meet SpaceX’s requirements was a key factor in their choice of vendors. Mission critical material will be developed, tested and modeled using data from Netzsch’s Thermokinetics software. Netzsch instruments also will be used to measure basic material properties along with other thermophysical properties. Some of these properties will include 1st, 2nd and 3rd order transitions, coefficient of thermal expansion and contraction, modulus, energy adsorption dampening, heat capacity, thermal diffusivity, thermal conductivity along with software and heat transfer data to model and build heat management systems.
Visiongain, a business market research group based in London, has issued an analysis that indicates that the global ceramic coatings market will reach a value of $5.98 billion in 2013, as emerging market demand for various consumer items indirectly increases demand for ceramic coatings, and as the need for cost-effective solutions for ceramic coatings to improve productivity and efficiency of machining equipment grows in importance. The ceramic coatings market is therefore forecast by Visiongain to record solid growth over the next decade, as ceramic coatings become more popular. The company also noted that ceramic coatings are in demand in the developed world, where they are increasingly used to improve efficiency and productivity, and strengthen parts, delivering cost-savings.
Sage Electrochromics Inc., a world leader in the development and manufacture of dynamic glass, located in Faribault, Minn., has announced it has filed a lawsuit in U.S. District Court, Northern District of California, against View, Inc. (formerly Soladigm, Inc.) of Milpitas, Calif. “We filed this lawsuit to enforce our patented intellectual property that protects our substantial investment in developing our pioneering, game-changing dynamic glass technology” The nature of the lawsuit is a complaint for patent infringement involving U.S. Patent #5,724,177 entitled “Electrochromic Devices and Methods” and U.S. Patent #7,372,610 entitled “Electrochromic Devices and Methods.” Sage is seeking damages and injunctive relief to prevent View Inc. from continuing to infringe on Sage’s intellectual property. “We have worked for more than twenty years to bring our patented electrochromic glass to market, ” says John Van Dine, CEO, founder of Sage, and coinventor of the ‘177 patent. “Our hundreds of installed projects and delighted customers validate our research and intellectual property. We believe we will prevail in this important case. We look forward to continuing our long heritage of bringing innovations in dynamic glass to our global clients.”
Morgan Thermal Ceramics announces the availability of an extensive range of pumpable mastics, ideal for maintenance and repair of hot spots in the power generation industry. Complementing a full line of fiber and refractory insulation products, the Mastics range includes pumpables and moldables. Hot spot repair pumpables are designed for injection filling of refractory joints and cracks, even while the boilers are in operation. Rather than shutting down the furnace and idling it for days or weeks until the temperature cools, resulting in potentially costly downtime, pumpable wet fiber technology can be used to make repairs within hours. Designed for pumping into voids caused by deteriorated insulation, grouting cracks and gaps in refractory linings, these pumpable products are ideal for providing quick and easy re-insulation behind boiler tubes in sidewalls, seals and floors, as well as repairs of ovens, furnaces and process equipment.
Canadian Manufacturers & Exporters, in collaboration with the National Research Council of Canada Industrial Research Assistance Program, recognize Orbite Aluminae Inc., based in Montréal, Québec, as national winner of the 2012 Regional Awards for New Technology. Orbite is a Canadian cleantech company whose innovative technologies are setting the new standard for alumina production. Orbite technologies enable environmentally neutral extraction of smelter-grade alumina, high-purity alumina and high-value elements, including rare earths and rare metals, from a variety of sources such as aluminous clay and bauxite, without generating toxic red mud residue. Orbite’s operations have a negligible environmental impact compared to the conventional process of extracting alumina from bauxite. The Orbite process of producing metallurgical-grade alumina involves crushing and then acid leaching the aluminous claystone found at the company’s Grande-Vallée property. Orbite’s unique technology consumes less energy and generates less pollution then and no caustic by-products. The award recognizes innovative excellence in the development, adoption, and application of new technology in process or products.
Cabot Corporation announces that it has developed the Aeroclad blanket, a flexible high-temperature insulation material formed by integrating Cabot’s silica aerogel within a non-woven, inorganic fiber batting. The Aeroclad blanket delivers a dust free, flexible wrap that takes advantage of the superior thermal insulation performance and hydrophobic nature of aerogel. Cabot has created this new aerogel blanket product with exceptional corrosion-under-insulation (CUI) characteristics, and without dust, to significantly outperform the currently available competing products. The blanket can be field-modified and easily installed for use in a wide range of industrial applications such as pipelines, refineries, steam lines, tanks, and other equipment. Aeroclad insulation delivers more than twice the thermal insulation protection compared to conventional high temperature insulation materials such as mineral wool, calcium silicate, and fiberglass. The blanket also offers significantly lower water retention and faster drying, minimizing the potential for CUI.