Palmer Holland Expands Territory with Dow Coating Materials

Effective January 1, 2015 – Dow Coating Materials has broadened Palmer Holland’s territory for Paraloid™, Dow’s polyol, thermoset and thermoplastic resin line, to include the following states: Alabama, Arkansas, Florida, Georgia, Louisiana, Mississippi, Missouri, North Carolina, Oklahoma, South Carolina and Texas.

This coverage expands upon Palmer Holland’s current Paraloid™ territory in the Central, Midwest and Northeast regions.

Dow Coating Materials’ Paraloid™ resins are used in many applications and most industrial market segments including auto refinishing, plastic coatings, concrete sealers, marine coatings, industrial maintenance, pigment dispersion, wood coatings, ink/graphic arts, traffic, can coatings and more.

 

About Dow Coating Materials

Dow Coating Materials leads innovation in technologies that help advance the performance of paints and coatings. Its water-based acrylic emulsion technology revolutionized the global paint industry, and was named a historic chemical landmark by the American Chemistry Association. Dow Coating Materials offers a broad portfolio of binders, dispersants, rheology modifiers and surfactants for a wide variety of end markets. Highly experienced, full-service technical teams support our products, and it continues to strengthen its global supply chain through manufacturing excellence and reliable supply.

For more information on Dow Coating Materials, visit http://coatings.dow.com/en.

Resin replaces steel in manhole covers

By Michael Lauzon
January 14, 2015

Thermosetting urethane acrylate resin takes the rigors of manhole and drain covers installed in roadways.

Scott Bader Co. Ltd.’s Crestapol resin is used in resin transfer molded covers made by Structural Science Composites Ltd. of Barrow in Furness, England. Such manhole and drain covers are lighter in weight than conventional steel and concrete covers, yet match the materials in load-bearing properties, according to Scott Bader.

Scott Bader, based in Wellingborough, England, says Crestapol is a low-viscosity material with a rapid, low-temperature cure that allows Structural Science to make the covers efficiently.

Structural Science’s covers in its Thrubeam lineup typically weigh a third to a quarter as much as steel or concrete covers — simplifying installation and maintenance — but they also provide long-term performance. Road safety standards specify that covers need to withstand loads of up to 22,000 pounds.


To view the original article, visit PlasticsNews.com.

General Illumination LEDs to Record Highest Growth Rate

The global market for high-brightness light-emitting diodes (LEDs) is projected to reach nearly $46.4 billion in 2014 and $105.5 billion in 2019, with a compound annual growth rate (CAGR) of 17.9%, according to a recent report from BCC Research. LEDs for general illumination applications are expected to post the highest growth rate of any major segment, with a CAGR of 22% between 2014 and 2019. By 2019, shipments of LEDs for general illumination should reach $89.2 billion, or nearly 85% of the overall LED market.

The North American, European and Asia-Pacific regions have traditionally been the largest consumers of high-brightness LEDs. Over the forecast period, Chinese consumption is predicted to grow at the most rapid rate. This migration follows the path of other products that China initially produced and then sold to the general population. By the end of the forecast period, China’s percentage of consumer use will have nearly doubled.

Lighting is one of the most widespread, important and growing energy users. In the U.S., recent data indicates that slightly more than 12% of electricity and 6% of all energy is consumed just to provide lighting. Global production of energy for lighting is approximately 3,400 TwH annually, or the equivalent of about 1,700 power plants. Related carbon emissions were estimated at over 400 million tons per year. Improvements in lighting efficiency, therefore, should have an important economic and environmental impact.

“LEDs already exceed the estimated life spans of conventional lighting systems and, coupled with their environmental advantages, they represent a big step into the future,” said Andrew McWilliams, research analyst. “Solid-state lighting could affect many phases of industry and consumer markets, as well as affect savings in dollars and environmental waste.

”For more information, visit www.bccresearch.com.

To view the original article, visit www.AdhesivesMag.com.