Wouldn’t it be great if you could go somewhere and network with dozens of industry experts, all in one place and at the same time? What if you could listen to these experts share their expertise, and then ask focused questions in order to get specific information that would help you and your business?
Industry participants from around the world are set to head to Cleveland, Ohio, from April 25-27.
March 1, 2017
The ceramic industry continues to evolve, and ceramics are now the material of choice in many of today’s processes, industries, and developmental projects. In addition to offering a unique blend of material, mechanical, and chemical properties, the more ceramics are studied and experimented with, the more adaptable they seem to become.
For several decades, the use of glass fiber reinforced thermoplastic (GFRT) composites by the automotive industry has been steadily increasing for standard performance applications.1 The values that GFRTs bring include intrinsically high specific stiffness, low cost, and the ability to produce parts quickly with minimal manufacturing complexity.
For the purposes of this discussion, a “fast firing” is defined as a firing duration from ambient to ambient within 180 min or less. The primary benefits of implementing a fast-firing protocol include: significantly reducing energy consumption per payload, reduced scrap and re-fire, lowered labor costs, shorter production lead times, and more reliable product consistency.
J.J. Stevenson shares insights regarding Deltech, Inc.'s new small-scale electric tunnel kilns.
March 1, 2017
Many, if not most, of our new products over the years have come about after we’ve been approached by a current or potential customer with an application requirement that required some R&D on our part. In this case, an existing customer needed to scale up, but in a way that ensured reproducibility of the outcomes they were getting from their Deltech benchtop furnaces. A small-scale tunnel kiln seemed to offer a good solution.
Multiple factors are expected to boost demand in the refractories market.
March 1, 2017
The total global production of refractories is expected to cross 55 million tons by 2020. The growth of end-user industries and increasing demand for high-performance furnaces have been driving the global market. Key end-user industries for refractories include iron and steel, non-ferrous metals, non-metallic minerals, and non-metallic materials such as glass. However, due to increasing equipment efficiencies, overall consumption of refractories has been declining.
Our annual R&D Directory is a buyers’ resource that provides supplier* details for equipment, instruments, and services targeted for research and development applications. Use this guide as a handy way to find suppliers throughout the year
In April 2016, Kyocera International Inc. began a $10 million expansion project for its Vancouver, Wash., manufacturing facility, increasing the existing 40,000-sq-ft space by 45% to 58,000 sq ft. Originally built in 1992 as a R&D center for advanced ceramic materials, the location now produces high-value-added engineered ceramic components for structural, functional and mechanical applications on a custom order basis.
A wide range of on-trend options enables glass in interior design to offer an innovative alternative to wood, metal or stone.
February 1, 2017
Stairs, partitions, furniture, wall panels, banisters and parapets—the use of glass in a house knows no limits. Glass provides an unlimited range of design possibilities for architects, as well as interior and furniture designers, due to its interplay with light, reflections, transmission, colors, and textures. This variety of on-trend options enables glass in interior design to offer an innovative alternative to wood, metal or stone. The glass industry caters to the growing demand by providing a multitude of solutions for designing interiors.
The addition of ultra-thin alumina virtually eliminates the barrier to electricity flow within the battery, allowing for efficient charging and discharging of the stored energy.
February 1, 2017
A team of researchers at the University of Maryland Energy Research Center and A. James Clark School of Engineering have announced a transformative development in the race to produce batteries that are simultaneously safe, powerful, and affordable.