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2013-08-09 00:04:20 | 日記

Silicones: Changing the Picture of Electronics Worldwide Age

Silicones are pioneering more ways to advance our lifestyle in the electronics age. Cell phones, the Internet, wireless computers and smart cards are all manufactured with silicones.

Silicone-based technology enables high-performance material for today's increasingly diverse and demanding electronics and electrical applications. Silicones seal and protect highly sensitive circuits, semiconductors and devices from heat, contamination and accidental damage and help ensure continuity of electrical supply.

Protect

Nerith silicone application-electronics

Silicones produce air-tight seals that protect the most sensitive electronic assemblies and components from outside contamination or movement. This is critical to ensure long-term stability and performance in many electrical products. In addition, siliconematerials are non-corrosive, non-pyrophoric and meet the stringent safety and purity requirements of electronics production and manufacture.

Silicones' insulating properties help protect electrical circuitry in televisions, computers and aircraft video displays from heat, dirt and dust. They are also ideal for high-voltage applications and insulate above ground and underground cable and power lines.

Enable

As devices become thinner, smaller and faster, new applications take advantage of silicones' remarkable physical properties: high-and low-temperature stability, excellent electrical insulation, strength, flexibility and pliability, moisture resistance, chemical stability, ultraviolet resistance and other environmental protection, and adhesion to and protection for a broad range of materials.


Silicone Development History

2013-08-09 00:02:56 | 日記

1800

Nerith silicone-Silicone Development History

Swedish chemist J. J. von Berzelius discovers elemental silicone.

1930 

Nerith silicone-Silicone Development History

American chemist and inventor J. F. Hyde carries out the first successful research leading to the commercial production of silicones--a resin for coating glass cloth used in electrical insulation.

1940

Nerith silicone-Silicone Development History

British chemist F. S. Kipping conducts pioneering work on silicon-based polymers and organic silicon compounds. He coins the term “silicone”.  His research forms the basis for the development of silicone rubber and silicone-based lubricant industries.

1950

Nerith silicone-Silicone Development History

Researchers create a bouncing putty, which remains a laboratory curiosity until the 1950s when it goes on the market as "Silly Putty™" and becomes one of the best-selling toys ever.

1960

Nerith silicone-Silicone Development History

On Apollo 11, Neil Armstrong leaves the first set of human footprints on the moon wearing boots with silicone rubber soles.

1970

Nerith silicone-Silicone Development History

Art Fry of 3M™ invents the Post-it note, later developed by Spencer Silver of 3M™.  The adhesive coating sticks to surfaces, leaves no marks and can also be repositioned.  By the 1980s, Post-its are found on desks around the world.

1980

Nerith silicone-Silicone Development History

2-in-1 shampoo arrives on store shelves, which means people can wash and condition their hair with a single product. Micro-droplets of silicone are held suspended in the product and remain out of action throughout lathering until the hair is rinsed.

1990

Nerith silicone-Silicone Development History

The first silicone hydrogel contact lenses are launched onto the market.

2000

Nerith silicone -Silicone Wristband

Silicone wristbands worn for cancer fundraising awareness are first made popular by Tour de France champion cyclist Lance Armstrong for the Lance Armstrong Foundation.

2010

Nerith silicone-Silicone Development History

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