Wear-Resistant Ceramic Coating Description
Wear-resistant ceramic coating refers to a protective layer or coating made of ceramic materials that is applied to the surface of an object to enhance its resistance to wear and abrasion. This type of coating is designed to provide a durable and protective barrier against friction, erosion, and other forms of mechanical damage.
Wear-Resistant Ceramic Coating Description
- High mechanical strength and rigidity.
Ceramic wear-resistant coating is mainly composed of wear-resistant aggregates and bonding systems. The strength of the material is 150MPa, beyond the reach of general concrete and refractory castables. It is mainly composed of ionic compounds and some synthetic covalent compounds. Its ionic bond is firmly combined, so the strength and rigidity are great, and it can effectively resist the impact and shear stress of the material. Therefore, the combined system has high strength due to the adoption of compound strengthening measures and special treatment to form a chemical bond.
- Excellent toughness and shock resistance.
Since non-oriented steel fiber and directional mesh reinforcement measures are adopted, the toughness is further improved through coupling. Therefore, it has strong resistance to fracture and toughness, and can effectively prevent damage and peeling caused by impact. On the other hand, since the ionic bond and its covalent bond are strong bonds, low temperature or high vibration frequency have little effect on it at room temperature.
- Good material performance.
Since double reinforcement measures are adopted, the material properties have been effectively improved. The low expansion coefficient of the ceramic material makes its volume stable and it is impossible to produce cracks. The performance is good, and the construction is an overall construction, no joints appear, so the integrity is further improved.
- Good environmental compatibility.
Due to the use of acid-resistant and alkali-resistant synthetic materials, the coating will not react with slag. At the same time, this material is mostly high-temperature synthetic material, so the crystals are well developed and the structure is complete. The ambient temperature will not cause a large impact on it.
- No environmental pollution.
Wear-Resistant Ceramic Coating inorganic non-metallic materials, the main components are silicate and alumina, which are similar to the composition of the earth's rock layer, and will not cause soil deterioration and heavy metal ion pollution, and will not affect the environment.
Wear-Resistant Ceramic Coating Specifications
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Specification
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Parameter
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Applicable Temperature (℃)
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700
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Main Chemical Composition (%)
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Al2O3≥65
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SiO2≥20
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CaO≤2
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Density (g/m3)
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≥2.9
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Compressive Strength (28days) Mpa
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≥150
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Flexural Strength (28days) Mpa
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≥25
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Abrasion Resistance at room temperature (28days)
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≤1.0
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Linear change rate (815℃X3H)
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0.1
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Heat Conduction System (W/M.℃)
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2
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Specific Heat (KJ/Kg.℃)
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0.9
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Glue Ratio (%)
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25
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Hexsteel Material
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Q235
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Wear-Resistant Ceramic Coating Applications
Wear-Resistant Ceramic Coating is commonly used in various industries to extend the lifespan and improve the performance of components exposed to harsh operating conditions, such as machinery parts, tools, automotive components, and industrial equipment. The ceramic coating is typically applied through specialized techniques like thermal spraying or chemical vapor deposition, creating a hard, smooth, and highly wear-resistant surface.
Wear-Resistant Ceramic Coating Packaging
Our Wear-Resistant Ceramic Coating is carefully handled during storage and transportation to preserve the quality of our product in its original condition.
25Kg/Bag
