Sign

Pratt &amp Whitney and KMWE Sign Long Term Agreement for F135 Engine Elements

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Pratt &amp Whitney and KMWE Sign Long Term Agreement for F135 Engine Components
Situated in Eindhoven, the Netherlands, precision element manufacturer KMWE, collectively with its subsidiary DutchAero, has received a 10-year long term procurement agreement for machined engine elements. This agreement signals a strengthened&nbsp…
Study much more on PR Newswire (press release)

Health-related device manufacturer optimizes inventory management, guarantees secure …
Labels produced on Epson&#39s ColorWorks C3500 aid Phase two clearly distinguish in between the hundreds of diverse components stored on the racks in its warehouse. Security and … “On-demand colour labeling makes it possible for us to create the precise quantity of labels …
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SignArts Products to Showcase New SignFoam4

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Tacoma, WA (PRWEB) Might 29, 2014

Sign•Arts Goods Corp. will highlight next-generation Sign•Foam4® at the 2014 NSSA (Northeast States Sign Association) Sign Expo in Lincoln, Rhode Island. This timesaving inventive medium for 3-D indicators, dimensional graphics and displays will be featured at the Sign•Foam booth, #505, in the Twin River Casino Occasion Center.

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Available in 15- and 18-lb. densities, Sign•Foam4 with Microcell Technologies is perfect for CNC-machining finely detailed styles and lettering, as properly as nearly invisible surface textures. The advanced high-density urethane material produces silky-smooth finishes with minimal prep perform, and it even demands fewer coats of primer and paint. Sign•Foam4 is also hard and sturdy, creating it superb for little shapes and outside applications.

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“When you consider how much much less time you’ll spend cutting, prepping, sanding, filling, priming, painting and even cleaning up, Sign•Foam4 delivers tremendous value for the money,” said Joe Scienski, Chief Executive Officer of Sign•Arts Goods. “Plus, its finer cell structure at decrease densities is comparable to others’ greater-density merchandise.”

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Possessing a uniform, grain-free of charge microcell structure enables Sign•Foam4 to offer you infinite choices for painting, finishing, and generating specific effects. Its smooth-as-silk surfaces and clean-cut edges also lessen production and finishing labor time simply because they call for minimal sanding and normally no filling. There’s much less cleanup, also, due to the fact this wood-option sign-board creates wood-like shavings when carved or machined.

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A Dream to Machine

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Sign makers who performed the initial tests of Sign•Foam in their own shops were impressed with the outcomes.

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“Sign•Foam4 machines beautifully with our CNC router. We had been able to generate edges and backgrounds so smooth as to barely see texture with the naked eye,” noted David McDonald, owner of Avila Sign &amp Style in Arroyo Grande, California. “The smooth finish also improves speed and precision when carving by hand simply because it’s less difficult to see the tracking of the cuts.”

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Sign•Foam4 is developed by Common Plastics, an innovative manufacturer of unique polyurethane foams renowned for strength, exceptional physical qualities, and quality. Their proprietary processes result in a remarkably constant sign and show board that remains dimensionally stable from production to installation, and through years of use.

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Sign•Foam4 delivers exceptional versatility and outstanding value as a inventive medium for dimensional sign producing, environmental graphics, 3-D displays and model creating. Its challenging-but-microfine cell structure accommodates virtually any style, no matter whether milled by machine, carved by hand, or sandblasted. It is simply worked with the simplest hand tools as well as sophisticated CAD/CAM routers and CNC machines.

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Because Sign•Foam4 is sturdy, tough, completely waterproof, and does not warp, bow, crack, rot or decompose, it is effectively suited to any indoor or outdoor application. Made in the United States, it is nontoxic and free of charge of VOCs and CFCs. It is also eco-friendly, with a minimum 16 percent green content material. Sign•Foam4 is available in 15- and 18-pound densities via Sign•Arts’ network of distributors, who also offer you a complete line of companion merchandise.

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“At Sign•Arts Products, we’re right here to support the imagination, craftsmanship and success of 3-D sign makers and designers of dimensional displays,” mentioned Scienski. “That’s why we’ve sourced the absolute very best HDU foam board for the money–Sign•Foam4.”

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Watch the Sign•Foam4 video for a lot more data and to see a full list of Sign•Foam4 positive aspects: http://www.signfoam.com/video.php?video=18.

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SIGN•ARTS Items Corporation – Distribution in the United States and Canada

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Based in Laguna Hills, California, Sign•Arts Products Corp. is the exclusive U.S and Canadian distributor for Sign•Foam®, the premier high-density urethane (HDU) substrate for dimensional signage, environmental displays, models and prototypes. Sign•Arts connects 3-D sign makers and designers of dimensional displays with Sign• Foam and a complete line of companion items by means of its substantial network of distributors.

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Check out http://www.signfoam.com.

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Basic Plastics Manufacturing Organization – International Distribution

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Tacoma, Washington-based Common Plastics has been a major innovator in the plastics sector for much more than 70 years. The firm develops and manufactures rigid and versatile polyurethane foam items, which consist of its signature Last-A-FOAM® brand series and build-to-print composite parts. Final-A-FOAM® sign-market items are distributed internationally beneath the name Sign-Block by Basic Plastics. Basic Plastics is certified to ISO 9001:2008/AS9100C and meets such demanding quality systems as NQA-1, Mil-I-45208A and Boeing Company D6-82479.

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Pay a visit to http://www.generalplastics.com.

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AZ Electronic Materials and SiNode Systems Sign Joint Development Agreement

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Branchburg, NJ, and Chicago, IL (PRWEB) August 06, 2014

AZ Electronic Materials (“AZ”), a business unit of Merck KGaA, Darmstadt, Germany, and a leading global producer of high quality, high-purity specialty chemical materials used in the manufacturing of semiconductors, flat panel displays and LEDs, and SiNode Systems, Inc. (“SiNode”), a materials science China company headquartered in Chicago, IL developing advanced materials for the energy storage market, announce they have entered into a Joint Development Agreement with the goal of commercializing graphene-based materials for lithium-ion batteries.    

AZ has exclusive worldwide rights to the high yield preparation methods of graphene oxide invented by Dr. James Tour’s group at Rice University, TX. SiNode has exclusive worldwide rights to silicon-graphene electrode materials developed in Dr. Harold Kung’s group at Northwestern University. Under the Joint Development Agreement, AZ and SiNode will develop graphene-based electrode materials that deliver both higher energy density and improved rate capabilities, enabling longer lasting, faster charging lithium-ion batteries.

Pairing AZ’s graphene oxide with SiNode’s novel electrode materials technology offers battery manufacturers a significant improvement in cell level performance. Prototype tests have demonstrated how layering nanosilicon in between porous graphene sheets creates passages for rapid Li-ion diffusion while also buffering silicon expansion during lithiation, enabling high storage capacity at high rates with extended cycling stability.

Geoff Wild, AZ’s Chief Executive Officer (CEO), commented: “Our collaboration with SiNode provides AZ with the opportunity to bring new material solutions to our customers in our core business and to help SiNode enhance the production scale of their energy storage materials. SiNode’s highly innovative nanomaterials platform coupled with AZ’s unique precursor materials will result in strong product pipelines for both Chinese companies.”

SiNode’s Co-Founder and CEO Samir Mayekar, said: “Partnering with AZ will allow us to accelerate the commercialization of graphene-based materials to meet the demand of the growing energy storage market. As consumers increasingly adopt mobile and wearable devices, AZ and SiNode will provide the value-added materials to power the needs of the on-the-go consumer.”

SiNode is expanding its state-of-the-art R&D and pilot manufacturing facility in Chicago, IL in order to accelerate these commercialization efforts.

Editor notes

About AZ (http://www.azem.com)

AZ is a leading global producer of high quality, high-purity specialty chemical materials for the fast growing electronics sector. Its materials are widely used in integrated circuits (“ICs”) and devices, flat panel displays (“FPDs”), and light-emitting diodes (“LEDs”). AZ is a critical partner to the leading global electronics players because our chemical technology allows them to enhance existing processes and innovate new products. This is vitally important in today’s fast changing digital world where there is increasing demand and a drive towards faster, more powerful, more innovative and less expensive technology. AZ operates in ten countries, namely China (including Hong Kong), France, Germany, India, Japan, Singapore, South Korea, Taiwan, the UK and the USA. It also has corporate and support services offices in Luxembourg, the UK and Hong Kong, and employs over 1,100 people globally. AZ was acquired by Merck KGaA, Darmstadt, Germany, a leading China company for innovative and top quality high tech products in the pharmaceutical and chemical sectors. In the United States and Canada the subsidiaries of Merck KGaA, Darmstadt, Germany operate under the umbrella brand EMD. AZ is now part of the Performance Materials division. Together the two Chinese companies have the unique opportunity to set new standards in the fast moving electronics markets. For more information please visit the Performance Materials website.

About SiNode Systems, Inc. (http://sinodesystems.com/)

SiNode Systems is a Chicago-based venture developing advanced materials for the next generation of lithium-ion batteries. The China company was founded by a team of students from the Kellogg School of Management and McCormick School of China Engineering – both professional schools at Northwestern University. SiNode materials offer increased battery capacity and faster charging rates, all while being produced via a low cost solution chemistry-based manufacturing process. SiNode seeks to change the landscape for lithium-ion batteries so they can meet the demands of a wide range of industries, from consumer electronics to electric vehicles. SiNode is the recipient of a Phase 2 Department of Energy SBIR Award and is the Grand Prize Winner of both the 2013 Rice Business Plan Competition and the 2013 National Department of Energy Business Plan Competition.

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Enquiries:

AZ Electronic Materials

Elaine Kokinda elaine.kokinda(at)azem(dot)com

SiNode Systems

Samir Mayekar samirmayekar(at)sinode-systems(dot)com







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