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A platform for research: civil engineering, architecture and urbanism
Antitheft door handle made from ceramic-based composite material
The invention discloses an antitheft door handle made from a novel material and especially discloses the antitheft door handle made from a ceramic-based composite material. In the technical scheme, the ceramic-based composite material is prepared by compositing ceramic as a base body with various fibers. By means of the fibers which are high in strength and elasticity for being composited with the base body, ceramic is enhanced in toughness and reliability. The ceramic is high-temperature-resistant, is high in strength and rigidity, is light in relative weight and is corrosion-resistant. By means of the fibers which are high in strength and elasticity for being composited with the base body, the ceramic is enhanced in toughness and reliability. The fibers can stop expansion of cracks so that the fiber-reinforced ceramic-based composite material being excellent in toughness can be obtained. The fiber-reinforced ceramic-based composite material is excellent in high-temperature performance, is high in toughness, is high in specific strength, is high in specific modulus and is high in thermal stability. The novel material can effectively overcome sensitivity of cracks and thermal shock.
Antitheft door handle made from ceramic-based composite material
The invention discloses an antitheft door handle made from a novel material and especially discloses the antitheft door handle made from a ceramic-based composite material. In the technical scheme, the ceramic-based composite material is prepared by compositing ceramic as a base body with various fibers. By means of the fibers which are high in strength and elasticity for being composited with the base body, ceramic is enhanced in toughness and reliability. The ceramic is high-temperature-resistant, is high in strength and rigidity, is light in relative weight and is corrosion-resistant. By means of the fibers which are high in strength and elasticity for being composited with the base body, the ceramic is enhanced in toughness and reliability. The fibers can stop expansion of cracks so that the fiber-reinforced ceramic-based composite material being excellent in toughness can be obtained. The fiber-reinforced ceramic-based composite material is excellent in high-temperature performance, is high in toughness, is high in specific strength, is high in specific modulus and is high in thermal stability. The novel material can effectively overcome sensitivity of cracks and thermal shock.
Antitheft door handle made from ceramic-based composite material
TANG ZIPENG (author)
2015-05-27
Patent
Electronic Resource
English
IPC:
C04B
Kalk
,
LIME