Yeuell Nameplate & Label Blog
March 27, 2015
Lexan is a common replacement for glass & Plexiglass, though it is known to be stronger and more resilient. Due its strength and similarities to glass, the material is frequently used in signage and industrial applications. Unlike glass, though, Lexan has a very difficult development process and is a highly complex material. Also unlike glass–many do not know what exactly Lexan is.
Lexan is a sheet of polycarbonate resin that is so strong it is shatterproof and virtually bulletproof. Technically, it is a plastic material though it is stronger and more durable than plastic as well as glass. It is made through a patented chemical process involving the reaction between Bisphenol A and carbonyl chloride. Although the material can technically be cut in many ways, it is only technically considered Lexan if the sheet lengths are cut between .75 mm and 12 mm.
This process was developed in the 1950s during research for a more durable plastic material. In fact, researchers at General Electric Plastics in America and at Bayer in Germany discovered the material around the same time. But, after a struggle, GE ended up with the patent and is still a primary developer and producer of Lexan.
Lexan is known for its shiny, acrylic appearance, which adds sleekness to its strength. It scratches similar to Plexiglass despite the many other differences between the materials. Lexan is bulletproof depending on the weapon used and the distance at which it’s shot. In fact, it is often used for bulletproof windows and armored vehicles.
So, at this point you might be wondering why a material used to bulletproof windows should be used on nameplates and decals. There are many reasons Lexan is good for labels, especially those with harsh industrial applications:
• It is more economical than metal
• It has excellent ink adhesion
• It has a variety of clear or textured surface
• It is resistant to solvents
• It has good clarity, stability, and die cutting characteristics
All of these qualities result in a long life, reliable durability, and attractive appearance. Plus, these labels and decals are subsurface printed between the Lexan & the adhesive so the image lasts long. If you’re interested in other durable materials for nameplates and decals, learn about why Mylar is an ideal material for tags.
February 26, 2015
Mylar, a type of stretched polyester film, is used in applications from space blankets to foil balloons to Mylar tags and equipment labels. Obviously, the material is strong, versatile, and multifunctional. Its many remarkable properties make it appropriate for various commercial uses.
This naturally transparent material is an electric insulator with high tensile strength. Both of these qualities make it ideal for harsh industrial uses. Because it acts as a barrier against gas and odors, Mylar is often used to provide containment and protection. It is also chemically stable, which makes it reliable, durable, and safe in a wide variety of applications. One popular commercial application is Mylar tags, which are known for their resilience in tough conditions.
Though it typically is thought of as a shiny, foil-esque material, Mylar labeling material can come in a variety of types, such as:
• Clear Mylar Tags
• Matted Mylar Tags
• Pigmented Mylar Tags
• Metalized Mylar Tags
• Brushed Mylar Tags
This versatility allows Mylar tags and Mylar equipment labels to fit a variety of different needs and conditions. Firstly, it is resistant to oils and solvents, allowing it to retain strength in moist environments. So, it can be relied on no matter the weather or substances it’s surrounded by. For aesthetic purposes, it is offers clarity, excellent printing characteristics, and is abrasion resistant. Thanks to both of these characteristics, Mylar equipment labels never lose their clarity and sleek appearance.
Learn more about our Mylar equipment labels, which are ideal for harsh outdoor applications.
December 29, 2014
Aluminum is one of the few metals that is made stronger through the oxidation process. Oxidation is the process that causes rusting, so for most other metals this is a cause of deterioration. The strengthening process aluminum goes through is called anodizing, which usually involves a bath of acetone that induces electrical currents.
Ultimately, it can result in aluminum that is harder than diamonds. It is often used in harsh environments or in applications that require exposure to the elements. The hard coating that results from the process replaces the original substance. Plus it does not flake off like normal rust, so it can be used in many applications.
Anodized aluminum is aluminum that has been submerged in a chemical acid bath, causing an electrical current to run through it. This electrical current oxidizes, or rusts, the surface and creates a protective film. Anodized aluminum has increased resistance to corrosion and wear. The anodizing process can work on almost any non-ferrous metal, such as tantalum, titanium, zinc, and magnesium.
Anodizing does not just increase the durability of aluminum—it heightens the visual appeal too. The oxide layers added by anodizing make the aluminum surface better for dyes, adhesives, and paint. Anodized aluminum nameplates allow the image to be sealed in anodized aluminum. This ability makes for superior image appearance with lasting quality.
Uses for Anodized Aluminum
1. Exposed metal framework on buildings
2. Premium cookware
3. Outer space satellites
4. Framework material for outdoor furniture and decorative items
5. Protective housing for modern computer systems
6. Protective housing for modern home appliances
7. Anodized aluminum nameplates
Learn more about Yeuell’s photo anodizing process, which gives their anodized aluminum nameplates the durability of sapphire.
November 12, 2014
The History of Barcodes
Food barcodes and product barcodes first made an impact in 1970s. Before the first barcode scanner installation in 1974, though, creating and refining the UPC barcoding system took decades. In fact, its first commercial use was actually in the 1960s. But, it could not be used in a widespread fashion at that time because an industry standard had not yet been developed. Now, metal bar codes as well as product and food barcodes are the standard. It took the progress of many people, though, to reach the industry standard used today.
Who Created the Barcode?
The idea of a universal food and product barcode system originated in 1932 with Wallace Flint. Flint suggested an automated retail checkout system but, this idea was originally rejected. He continued to work on his concept and was later influential in the development of the UPC barcoding system. With Flint’s inspiration, several different kinds of codes, such as bull’s eye codes and numeral codes, were experimented with between the years of 1930-1970.
It was two students from the Drexel Institute of Technology who accelerated the progress to where it is today. Bernard Silver and Norman Woodland were commissioned by the college to develop a solution to an automated checkout. Their first suggestion was an ink that was sensitive to ultraviolet light. But, it was rejected as overly complicated and expensive. In 1952 they were granted a patent for their barcode concept under the category of Classifying Apparatus and Method.
Between the 60s and the 70s the code created by Silver and Woodland was refined and spread. Eventually, IBM came up with the UPC symbol code, which was selected as the industry standard. After this, Monarch Marking produced the first barcode equipment for retail use. The first barcode equipment for industrial use, including metal bar codes, was produced by Plessy Telecommunications.
Learn more about stainless steel barcodes and metal barcode label options from Yeuell.
October 21, 2014
What is Braille?
Braille is a system of raised dots that scholars created to help those with poor eyesight read and write through tactile signs. The braille alphabet was created throughout years of trial and error, though. It faced several adversities along the way. Now, custom braille signs are a regular staple in society, ensuring the comfort of the blind and visually impaired.
Interestingly, braille is read from left to right but is written from right to left. Although it is similar to whatever language it’s translated into, braille differs from traditional language in many ways. Unfortunately, this component was often responsible for some the adversity the system faced.
The Beginnings of Braille
One of the first innovators of reading and writing for the blind, Valentin Haüy met his first blind pupil on the street. Haüy gave François Lesueur, a blind beggar, a coin as he passed by—Lesueur stopped him in his tracks when he knew the amount of the coin simply by touching it. Haüy and Lesueur worked with wooden letters, a rudimentary but revolutionary method of teaching the blind.
Six months later Lesueur had learned so quickly that France’s most educated scholars were amazed.
Years later, a three year old Louis Braille suffered an injury at his father’s workshop, causing him to lose his eyesight. Louis’ father sent him to the Royal Institution for Blind Children. This severe, destitute school taught the children with Haüy’s wooden letter system. French army members brought the method of night writing to the school years later. This later inspired Louis to create the system of braille.
The French army used night writing to communicate secret messages and for reading in total darkness. Louis noticed that the night writing had a few flaws, though. Its overly large letters, lack of punctuation, and bulky dashes made it difficult to read. Louis tinkered with the system over the years, making it so effective that he was even able to compose music in Braille.
Braille was originally rejected by some. Its opponents believed blind people should not have the independence braille would afford them. Some leaders called for the burning of braille books and the confiscation of braille writing equipment. But, braille supporters protested and it was finally adopted as France’s official communication system for the blind.
Although the process was once controversial and tedious, signs for the blind are produced around the world. Learn more about the history of engraving, another method that has transformed over the years.