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Ceramic Insulators Companies and Suppliers

IQS Directory provides an extensive list of ceramic insulator manufacturers and suppliers. Utilize our website to review and source ceramic insulator manufactures with our easy-to-use features which allow you to locate ceramic insulator companies that will design, engineer, and manufacture ceramic insulators for your exact specifications. Our request for quote forms make it easy to connect with leading ceramic insulator manufacturers. View company profiles, website links, locations, phone number, product videos, customer reviews, product specific news articles and other production information. We are a leading manufacturer directory who will connect you with the right manufacturers whether you are looking for glass insulators, high voltage ceramic insulators, or ceramic insulators valves.

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ARTICLES AND PRESS RELEASES

  • Ceramic the Protector

    Ceramic is a resilient material in the fact that it is so versatile and used for many purposes. As I previous wrote about in a blog, ceramic is used in armor protecting you from unwanted penetration from bullets. The ceramic armor is in a sense insulting your body from unwanted external exposure. However, ceramic is more commonly called an insulator for electrical wires, transformers or any other charged electrical circuit that needs to reduce outside exposure from electricity. Unlike armor, ceramic insulators for electricity fully encompass the wire or unwanted...

  • Ceramic Can Save Your Life

    I have always been fascinated by armor. Armor has been around for centuries. There are so many different variations and materials that make up what encompasses armor. Ceramic armor is interesting to me for the fact that, how can a piece of ceramic protect the body or military vehicle from a deadly bullet? When I think of ceramic I think of a fragile vase that would be no match for any kind of slight resistance. Through different processes of technological testing and manufacturing, it is possible to help reduce or...

  • Ceramic the Protector

    Ceramic is a resilient material in the fact that it is so versatile and used for many purposes. As I previous wrote about in a blog, ceramic is used in armor protecting you from unwanted penetration from bullets. The ceramic armor is in a sense insulting your body from unwanted external exposure. However, ceramic is more commonly called an insulator for electrical wires, transformers or any other charged electrical circuit that needs to reduce outside exposure from electricity. Unlike armor, ceramic insulators for electricity fully encompass the wire or unwanted...

Industry Information

New Uses for Ceramic Insulators

Ceramic is a unique material because not only does it hold heat for extended periods, it is easy to manufacture and form into a variety of shapes. In fact, ceramic insulators are so effective, that in many applications, if a ceramic insulator is used, there are no other factors necessary to keep power where it belongs.

Typical applications for a ceramic insulator is on power lines, coaxial cable, and circuit boards. The insulators prevent problems like EM wave reflections, shock to human users, fire hazards, power surges, and short circuits.

With new technology, comes new uses for ceramic products and insulators. Electrical components like transistors and ICs, are compatible with the use of ceramic insulation. Even high voltage products like transformers and capacitors, air insulation combined with ceramic insulating products provide the ultimate protection and insulation for the product itself and any human users.

When compared with other insulation methods, such as silicone, oil, and air alone, ceramic is superior in many ways. Ceramic is durable and provides better protection than the other methods in most cases. The only drawback to using ceramic is in applications that require a large amount of flexibility. The stiffness of ceramic makes it unsuitable for flexible applications. However, with computers, cell phones, tablets, and other small electronic devices, ceramic insulating products are highly efficient and reliable.

Ceramic Insulators

Ceramic insulators are ceramic materials used to insulate electrically-conductive materials or temperature-controlled enclosures. In the context of electrical insulation, ceramic insulators are usually limited to the insulation of electrically conductive materials on an industrial or municipal scale.

The most easily recognizable ceramic insulators can be found at power substations and on electrical transformers suspended from utility poles. They are called bushings and are usually designed with several conic or circular tiers stacked on top of each other. These tiers are designed to keep water as far away from the center of the bushing as possible; this reduces the number of avenues by which electricity could be conducted in the case of a bushing puncture or fracture. In the context of thermal insulation, ceramic insulators are used to help maintain the temperatures of industrial ovens, art studio kilns and many other kinds of heat-generating equipment. This improves heating process efficiency while simultaneously preventing the unwanted transmission of heat, often in unsafe degrees, into workspaces. Ceramics are often good choices for heat and electrical insulation because of the electrical and thermal non-conductivity of some ceramic varieties.

Ceramics are versatile materials and can be shaped into solid insulation of any shape. Ceramic fibers can also be spun into high temperature insulation “wool.” Ceramic wool is an excellent insulator because it is easily placed around heating enclosures and prevents heat from escaping. Ceramics vary in their electrical and thermal conductivity. Aluminum nitride and silicon carbide, for example, conduct heat well, which does not make them suitable thermal insulators. If either material was used to insulate a heating enclosure, heat generated in the enclosure would be transferred quickly to the insulation and then transferred again to the area outside of the enclosure. Aluminum oxide ceramics are fair thermal insulators and are most effectively employed in low-heat insulation applications. Silicon nitride is better still as an insulator and zirconia is among the most effective ceramic insulators, transmitting very low levels of heat between itself and heating enclosures. Another important property of ceramics related to their capacity as insulators is their low thermal shock susceptibility. Thermal shock susceptibility is the tendency of a material to become damaged when exposed to frequently or quickly changing temperatures. Most ceramics are very thermal shock-resistant.



Ceramic Insulators
Ceramic Insulators
Ceramic Insulators – LSP Industrial Ceramics, Inc.
Ceramic Insulators – LSP Industrial Ceramics, Inc.






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