HUAHONGCHENG
Committed to the research and development of new technologies and products.
HUAHONGCHENG
Specializing in the research and development, production and sales of high-purity low-temperature easy-to-sinter, ultra-precision alumina ceramic powder and advanced ceramic products.
About us
Hongcheng New Material
Committed to the research and development of new technologies and new products
Henan Hongcheng New Material Technology Co., Ltd. is located in Zhengzhou High-tech Zone, Henan Province. It is a high-tech enterprise specializing in the research and development, production and sales of high-purity, low-temperature and easy-to-sinter, ultra-precision alumina ceramic powder and advanced ceramic products. The advanced ceramic powder engineering research center jointly built by enterprises and universities is committed to the research and development of new technologies and new products.
Company establishment
Registered capital
Design annual capacity
Products
High purity low temperature sintered alumina granulation powder series
The granulated powder has high purity, large bulk density, excellent sphericity, uniform particle distribution, good fluidity, and is easy to form and demold by dry pressing. The green body has high density and strong bonding force. It exhibits excellent low-temperature firing performance, resulting in small crystal nucleus size, low porosity, high ceramic density, and low shrinkage rate after firing, with superior structural and mechanical properties.
High purity microcrystalline alumina ceramic powder series
Aluminum oxide micro-powder features high purity, small particle size, narrow particle size distribution, good dispersibility, stable process, consistent batch performance, and excellent low-temperature sintering properties. High-purity aluminum oxide ceramic powder supports micro-customization of properties, allowing for adjustments according to customer requirements to provide more personalized product services.
High purity microcrystalline alumina ceramic powder series
Aluminum oxide micro-powder features high purity, small particle size, narrow particle size distribution, good dispersibility, stable process, consistent batch performance, and excellent low-temperature sintering properties. High-purity aluminum oxide ceramic powder supports micro-customization of properties, allowing for adjustments according to customer requirements to provide more personalized product services.
High purity low temperature sintered alumina granulation powder series
The granulated powder has high purity, large bulk density, excellent sphericity, uniform particle distribution, good fluidity, and is easy to form and demold by dry pressing. The green body has high density and strong bonding force. It exhibits excellent low-temperature firing performance, resulting in small crystal nucleus size, low porosity, high ceramic density, and low shrinkage rate after firing, with superior structural and mechanical properties.
Serve the fields of precision structural ceramics, functional ceramics, optical transparent ceramics, precision polishing, electronic ceramics, aerospace, national defense and military industry.
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Serve the fields of precision structural ceramics, functional ceramics, optical transparent ceramics, precision polishing, electronic ceramics, aerospace, national defense and military industry.
Read More →
Serve the fields of precision structural ceramics, functional ceramics, optical transparent ceramics, precision polishing, electronic ceramics, aerospace, national defense and military industry.
Read More →
Serve the fields of precision structural ceramics, functional ceramics, optical transparent ceramics, precision polishing, electronic ceramics, aerospace, national defense and military industry.
Read More →Blog
Contact Us
Mr. Wang:+86-18039583172
Mr. Wu:+86-19293821515
E-mail:674189743@qq.com
E-mail:303265822@qq.com
Address: 1st Floor, Building A-07, Hangtou Aviation Manufacturing Industrial Park, No. 526 Liangzhou Avenue, Minggang Office, Zhengzhou Airport Economic Comprehensive Experimental Zone
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