Innovacera offer some of the world’s largest alumina ceramic components for Industrial,LCD and Semiconductor manufacturing equipment, helping manufacturers achieve greater precision for today’s applications.
Alumina Ceramic Properties
High hardness
Wear resistant
Elextrical insulation
Chemical resistant
Tight tolerance
Temperature resistant
Food compatibility
Oxide ceramic materials we offer: 92%, 96%, 99.3% Alumina and Zirconia.
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Innovacera supply a variety of high-purity ceramic materials in Xiamen, China. We are a leading supplier of wear-resistant ceramics, offering solutions for abrasion and corrosion problems.
Our solutions are based on your application parameters: types of abrasion, system and equipment design, operating temperatures and materials. Innovacera’s fine-grained alumina, silicon nitride and zirconia ceramic offer properties that will optimize the solution for any wear application.
Wear-Resistant ceramic linings increase productivity in a variety of typical applications include:
Ash Lines Centrifuges
Pipe Elbows Chutes
Pump Housings Tanks
Cyclones Transitions
Troughs and Flumes Dust Collectors
Spray Driers Chippers and Chip Bins
Hoppers Wash Boxes
Dredging Equipment Silos
Screw Conveyors Classifiers
Wear resisstance solution’s Project
chute ceramic lining
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ceramic lined pipe 13
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ceramic lining pipe
To solve abrasion problems in your material handling systems, contact the experts at Innovacera mail sales@innovacera.com
What are Advanced Ceramics?
The English word ceramics is derived from the Greek word keramos, which means “burned clay.”
The term originally referred to china almost exclusively. Nowadays, however, we often refer to non-metallic, inorganic substances such as refractories, glass and cements as ceramics. For this reason, ceramics are now regarded as “non-metallic, inorganic substances that are manufactured through a process of molding or shaping and exposure to high temperatures.”
The ceramics, porcelains are used in electronics and other high-tech industries, so they must meet highly precise specifications and demanding performance requirements. Today, they are called Advanced Ceramics (also known as “technical ceramics”)* to distinguish them from conventional ceramics made from natural materials, such as clay and silica rock. Advanced Ceramics are carefully engineered materials in which the chemical composition has been precisely adjusted using refined or synthesized raw powder, with a well-controlled method of forming and sintering.
The term “Advanced Ceramics” is interchangeable with “fine ceramics,” “structure ceramics,” “technical ceramics” and “engineered ceramics.” Use varies by region and industry.