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Tag Archive for: glass paint

New wine glass designed to fit your face

February 21, 2017/in Blog, Glass Paint/by eileen
New wine glass designed to fit your face

New wine glass designed to fit your face

The aroma of wine is a big part of wine-tasting. Wine connoisseurs always smell the wine as part of their evaluation. Now, thanks to the new Wine Mask Glass that’s designed to fit your face, the aroma and the taste of the wine will be truly combined into a single tasting experience.

The rim of the glass is designed to fit over your nose while you’re drinking. Small vents on the side of the glass admit air, which is key to allowing the wine to breathe and activate its aroma. The area above the fluid level in the glass acts as a mixing chamber for the air and the wine. The vented enclosure allows the wine vapors to leave the fluid surface faster, which improves the wine-tasting experience. Read more

Washington Monument Gets Glass Addition

February 18, 2017/in Blog, Glass Paint/by eileen

The National Park Service, which oversees the operations of the Washington Monument, has approved a glass design for a visitor screening center at the base of the structure. The monument is currently closed for repairs and renovations until 2019. When the site reopens, visitors will enter the monument through a 27′ x 30′ entrance, which replaces a temporary structure added following the 9/11 attacks.

The new structure will hold about 2 dozen visitors at a time and will use bulletproof glass. According to the Park Service, the building will use tinted or fritted glass to reduce solar heat gain in the structure. Read more

Bell Works Builds Largest PV Glass Skylight

February 16, 2017/in Blog, Glass Paint/by eileen
glass-paint-bell-labs-glass-skylight

Bell Works Builds Largest PV Skylight

Bell Works, the successor of the former Bell Labs, will be the recipient of the largest photovoltaic glass skylight in the United States. Somerset Development is in the process of renovating the former Bell Labs site, a 2-million square-foot space. When it is complete, the space will host offices, retail, healthcare, dining, recreation, a public library and hotel space.

The complex is located in Holmdel, NJ. The PV system will consist of more than 3,200 skylights and will cover 60,000 square feet of the building’s iconic atrium. The challenge is to renovate the space without interfering with the building’s historical design. The original Bell Labs building was designed by architect Eero Saarinen. Read more

Glass bottle-to-bottle recycling facility set to open

February 15, 2017/in Blog, Glass Paint/by eileen

glass-paint-bottle-to-bottle-glass-recycling

Glass bottle-to-bottle recycling facility set to open

Colorado has taken another step forward in its effort to achieve zero-waste status. Later this month, Momentum Recycling, a Utah company, will open a new bottle-to-bottle recycling plant. The plant will take in container glass and offer a high-quality source for new containers for local bottle manufacturers.

The facility hopes to divert some of the state’s more than 300,000 tons of container glass that currently gets routed to the landfill. Colorado does not have a deposit law on bottles, which means that the state’s average glass recycling rates are on the low end of the spectrum. States with container deposits recycle as much as 60 percent of the container glass in their waste streams. By comparison, Colorado recycles less than 25% of its container glass today. Read more

Dangerous winds cause glass loss in NYC

February 13, 2017/in Blog, Glass Paint/by eileen
Dangerous winds cause glass loss in NYC

Dangerous winds cause glass loss in NYC

Heavy wind gusts in New York City forced city officials to issue warnings and close sidewalks as glass panels rained downs on certain parts of the city. The wind gusts, which reached 60 mph at times, were part of a storm system that moved through the Midwest and Northeast over the weekend and on Monday. Read more

Iconic Glass Structures – China Central Television Headquarters

February 12, 2017/in Blog, Glass Paint/by eileen

Iconic Glass Structures – China Central Television Headquarters

Iconic Glass Structures – China Central Television Headquarters

In our ongoing series on iconic glass structures, we’ll look at China Central Television Headquarters (CCTV) in Beijing. The CCTV Headquarters makes heavy use of glass, and was designed and built over a period of eight years, between 2004 and 2012. The building is actually three buildings that have been joined together, and reflects a desire to eschew the standard height-based evaluation of modern commercial architecture.

Construction on the tower was delayed by a massive fire that ripped through an adjacent structure in 2009. The fire caused extensive damage to the building under construction. The CCTV building was nearly complete at the time of the fire, and pushed back the building’s completion by about three years. Read more

Woman hopes glass straws will eliminate plastic

February 11, 2017/in Blog, Glass Paint/by eileen
Woman hopes glass straws will eliminate plastic

Woman hopes glass straws will eliminate plastic

A Michigan woman is hoping to eliminate plastic drinking straws by providing an ultrastrong glass substitute. Daedra Surowiec, of Milford, MI envisioned glass as a way to eliminate some of the millions of plastic drinking straws that end up in landfills annually. She began creating glass drinking straws after taking a class at a local art glass facility.

Glass drinking straws aren’t exactly an easy sell. Prospective buyers are worried that the straw will break while in use. In reality, Surowiec says that of the 10,000 straws her company, Strawesome, produces each year, only about 3% break. The company replaces broken straws at no cost, but Surowiec says that the major culprit behind breakage is impact damage from being dropped. Read more

Identifying metallic glass failures

February 10, 2017/in Blog, Glass Paint/by eileen

Research opens up metallic glass

Research opens up metallic glass

Researchers at Rice University have developed a calculation model that may explain where and why metallic glasses break. Scientists have long known that glasses form stress bands that make glass more prone to breakage in certain spots than others. The same is true of metallic glass – a hybrid glass compound that creates a super-strong material that may have unusual properties usually reserved for metals.

Knowing how and where a metallic glass might break gives engineers an advantage when designing parts that need to be ultra-durable – such as parts for a satellite or space vehicle. Metallic glasses typically deform under stress, but they don’t usually break. Their durability is what makes them ideal for extreme environments, so knowing how, why or when a part may break is critical.

Although the researchers are especially interested in the behavior of metallic glass, their findings could be applied to non-metallic glasses, too. One reason that the glass forms shear bands is that the molecular arrangement of glass (and metallic glass) isn’t crystalline. The amorphous structure of glass allows molecules to continue to move, even when glass has achieved an apparently solid state.

In most cases, when the glass isn’t under stress, molecular movement is imperceptibly slight. When the glass is stressed, however, the molecular movement increases notably. The areas where molecular movement is the greatest coincides with the development of the shear bands in the glass. The shear bands are ultimately the areas of the glass that fail, causing breakage.

The research means that scientists and engineers will be able to more easily calculate the actual strength of glass and metallic glasses quickly. That information can help materials scientists calculate the fitness of a particular glass formulation for a specific application without having to rely on trial-and-error testing.

Glassprimer™ glass paint is a specialized glass coating that bonds permanently to glass surfaces. GlassPrimer also makes a glass surface molecular activator that is designed to work with UV-inkjet glass printing processes. Glassprimer™ glass paint can be used in both interior and exterior applications and can help reduce solar heat gain in some applications. For more information about Glassprimer™ glass paint, please visit the rest of our site. If you’d like to purchase Glassprimer™ glass paint, please visit our online store .

Photo Credit: Hugh Dutton Associés, via Flickr.com

Could regulations spell the end of glass buildings?

February 2, 2017/in Blog, Glass Paint/by eileen
New glass coating can keep greenhouses cooler

New glass coating can keep greenhouses cooler

Regulations directed toward reducing energy consumption could spell an end to the glass buildings that have dominated the landscape architecture since the end of World War II. Glass façades are almost standard elements in building design today, but they don’t provide much cover when it comes to energy efficiency.

In addition to not being a great thermal insulator, glass façades often increase the amount of energy a building consumes in the summer, primarily by increasing the temperature inside the building. Increased internal temperatures mean increased use of air conditioning, and an increased load on power plants.

Proposed changes to Canada’s National Energy Code for Buildings that could take effect in 2017 could change the landscape for modern architecture. A new formula for calculating thermal bridging and a requirement for heat and energy recovery could mean that glass façades will no longer measure up for Canadian construction.

If adopted, the regulations wouldn’t actually prohibit the use of glass, but it would require more expensive glass in order to conform to the new rules. Commercial construction costs are always significant, so seeking less expensive or more readily conforming materials may lead to a change in building design.

Thermal bridging is at the center of one of the proposed changes. The term “thermal bridge” refers to areas of a building that have a much higher rate of heat transfer than materials around it. Without specialized coatings or formulations, glass has a limited ability to prevent the transfer of heat into or out of a building. Glass façades and windows are often the primary route for heat transfer. Under current rules, this heat transfer is calculated using a particular formula that many experts believe understates the amount of heat transfer due to glass.

The new regulations would require an extensive thermal analysis to identify and reduce heat transfer between the building envelope and the outside environment. Making a building compliant with new regulations could mean reducing the amount of glass and other low-quality insulators, and diminishing heat transfer as much as possible.
Other proposed changes to the code include regulations that would require minimum energy performance improvements for a building’s roof, windows and doors. The public comment period on the code changes closed on December 9, and the updated code is expected to be published sometime in 2017.

Glassprimer™ glass paint is a specialized glass coating that bonds permanently to glass surfaces. GlassPrimer also makes a glass surface molecular activator that is designed to work with UV-inkjet glass printing processes. Glassprimer™ glass paint can be used in both interior and exterior applications and can help reduce solar heat gain in some applications. For more information about Glassprimer™ glass paint, please visit the rest of our site. If you’d like to purchase Glassprimer™ glass paint, please visit our online store .

Photo Credit: Government of Prince Edward Island, via Flickr.com

Corning will display Tiffany glass mosaics

February 1, 2017/in Blog, Glass Paint/by eileen
Corning will display Tiffany glass mosaics

Corning will display Tiffany glass mosaics

The name Louis Comfort Tiffany is virtually synonymous with stained glass. Tiffany was an artist whose career spanned the 19th and 20th centuries. He was most closely associated with the Art Nouveau movement, and worked with glass, jewelry, ceramics and metals. Although he is closely associated (by name) with Tiffany & Co., Louis Comfort Tiffany was actually the son of the company’s founder, Charles Lewis Tiffany.

Tiffany studied under George Innes and Samuel Colman as a painter. His early paintings were heavily influenced by French landscape painter Leon Belly. Despite his training as a painter, he became deeply interested in glass as an artistic medium, and formed a working relationship with several different artists in his late 20’s and early 30’s. Although that collective didn’t survive, while it was active, the artists developed practical artistic items like wallpaper and furniture.

Tiffany received important commissions to redesign or redecorate some high visibility residences, including the Mark Twain House and the White House under Chester A. Arthur. Tiffany used his own glass designs extensively in these commissions. Theodore Roosevelt, who advocated for interior designs that complemented the White House’s original architecture, removed much of Tiffany’s work on the White House during a later renovation.

Tiffany began to work exclusively with glass in the mid-1880’s. He often made his own glass to ensure that the glass contained the artistic properties he was looking for. He experimented extensively with colors, textures and techniques to achieve the iconic Tiffany look. In addition, Tiffany used copper foil in place of lead to connect colored glasses together into a unified piece.

While Tiffany was known for his lampshades, he also created artistic windows and room dividers that combined painted glass and stained glass. Tiffany built his own glass furnace and exhibited his works at high profile events, including the 1893 World’s Fair and the 1900 Exposition Universelle in Paris.

While most closely associated with his windows and lampshades, Tiffany also created glass mosaics, and had a dedicated mosaic workshop at his design and fabrication facilities. If you’ve never seen a Tiffany mosaic, you’re in luck. In May, the Corning Museum of Glass will open an exhibit displaying more than 50 of Tiffany’s mosaics. The mosaics employ some of Tiffany’s pioneering techniques, including the use of opalescent and iridescent glasses.

The mosaics are exceptionally colorful, vibrant and detailed. In addition to the mosaics themselves, the museum exhibit will also present design notes, samples and photographs, which will help the visitor to understand the exhaustive design and fabrication process used by Tiffany and his studio of more than 300 artists.

Tiffany’s mosaics, which are made up from multiple glass panels, aren’t limited to museums. Many of his original mosaics still survive, and are installed in private homes and commercial buildings around the country.

The museum exhibit will be available to the public from May 20, 2017-January 7, 2018.

Photo Credit: Gloria Bell, via Flickr.com

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Glass Paint – self-priming/permanent-bonding glass paint began outside of the USA in early 1997. In late 2003 Glass Paint moved to the USA for distribution in North America.

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