Ceramic Spacers Companies and Suppliers

IQS Directory implements a thorough list of ceramic spacer manufacturers and suppliers. Utilize our listing to examine and sort top ceramic spacer manufacturers with previews of ads and detailed descriptions of each product. Any ceramic spacer company can design, engineer, and manufacture ceramic spacers to meet your companies specific qualifications. An easy connection to reach ceramic spacer companies through our fast request for quote form is provided on our website. The company information includes website links, company profile, locations, phone, product videos and product information. Customer reviews are available and product specific news articles. This source is right for you whether it's for a manufacturer of ceramic tile spacers, high voltage ceramic spacers, and ceramic spacers compression.

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  • Ceramic Spacers Help Meet Our Eye's Expectations

    Ceramic spacers are a non-metallic & inorganic material that is highly durable and cost-effective. Square, pyramid, t-shaped and circular ceramic spacers provide equal and constant spacing between objects or materials. This is especially handy when installing ceramic tile. Everyone is a little OCD. If any tile is not separated by the same width as the others, it will mess up the aesthetic appeal of the whole floor. To prevent that from happening, most people hire professionals to tile their floors. However, if you have the know-how and the elbow grease,...

  • Medical Ceramic Spacers

    Ceramic spacers are used for a variety of tasks, including insulating wires, providing insulating distance from other objects, and simply acting as a spacer between two different objects. Ceramic is often the material of choice because it conducts heat and energy well, and can act as both an insulator and vibration absorber. In fact, ceramic is so versatile, other industries are discovering new ways to use the materials as well. One new use for ceramic spacers is as vertebrae spacers in the spinal column. These spacers are made from silicon...

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Ceramic Spacers

Ceramic spacers provide equal and constant spacing between materials or objects. An inorganic and non-metallic material, ceramic spacers offer elasticity similar to steel, as well as being non-magnetic and heat-insulating. Able to withstand high temperatures, chemical erosion and harsh weather conditions, ceramic spacers are highly durable as well as being cost-effective.

Ceramic spacers are useful in a variety of applications due to their versatility in both form and chemical composition. For instance, ceramic tile spacers are ½ inch solid squares that are beneficial for tiling applications in which they are used to space the tiles evenly prior to grouting. In medical applications, ceramic spacers are used as replacement spinal discs and dental implants from hydroxyapatite ceramics, a ceramic that offers the natural mineral component of bone. Ceramic spacers are also used to support insulating bodies, particularly in electrical insulation such as power lines that use circular ceramic spacers between the poles. Industries that utilize ceramic spacers include medical, heating and cooling, defense, construction, microelectronics, oil and petroleum, automotive and aerospace. Able to withstand high temperatures, chemicals and harsh weather conditions, ceramic spacers are highly durable as well as being cost-effective.

All ceramics share characteristics of having a crystalline structure; however ceramic spacers are typically categorized as technical ceramics, also known as engineering ceramics, or advanced ceramics. Ceramic spacers are most commonly formed from aluminum oxide, beryllium-oxide and aluminum nitride. Aluminum oxides offer 20 times the thermal conductivity than most other oxides. Beryllium oxides are generally superior to aluminum oxides, excepting that beryllium oxides have a high toxicity. Aluminum nitride is a less toxic alternative to beryllium oxide with a low thermal expansion. These three ceramic compounds comprise ceramic spacers' raw materials, which begin the manufacturing process as fine powders. Other minerals and materials may be added to enhance certain properties, such as with hydroxyapatite ceramics. After this, the powder material is prepped by ceramic spacer manufacturers for forming by adding water or another liquid additive. The slurry or liquid material is then slip cast, extruded or injection molded into the desired shapes known as greenware, which are then placed in an extremely high heat oven and sintered. Next, the greenware becomes rigid ceramic, which can then be glazed or further processed by polishing, cutting or machining for ceramic spacer applications. Ceramic spacers come in a wide range of shapes including circular, square, pyramid, t-shaped and many more.

Ceramic Spacers
Ceramic Spacers
Ceramic Spacers – Kadco Ceramics
Ceramic Spacers – Kadco Ceramics

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