Chenzhi Technology
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Chenzhi Technology

PRODUCT SERIES

Our products are widely used in new energy batteries, aviation materials, marine anti-corrosion, printing ink, plastic masterbatch and other fields

New anode materials for lithium batteries

New anode materials for lithium batteries

Aluminum carbon composite cathode

Aluminum silicon carbon composite cathode

Silicon oxide cathode

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Functional powder materials

Functional powder materials

Graphene aluminum composite powder

Graphene zinc composite powder

Nano aluminum powder

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Effect pigment

Effect pigment

Flaky aluminum powder

Flake zinc powder

Flaky zinc aluminum alloy powder

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APPLICATION AREA

Focus on the research and development of graphene powder and graphene based composite materials

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New anode materials for lithium batteries

The composite materials have excellent conductivity and heat conductivity, which can achieve high strength and lightweight, and are widely used in special alloy profiles, lithium ion battery cathode, wave absorbing coatings, modified plastics and other fields.

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Special anti-corrosion coating

Advanced nano processing technology is used to deeply composite graphene zinc. The composite material has more excellent anti-corrosion performance. The material combines the advantages of flake zinc powder and graphene, and can be widely used in special anti-corrosion coatings.

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High performance zinc aluminum coating

Mainly used in the field of high performance zinc aluminum coating. It is also widely used in organic and water-based coatings, surface treatment of ships, cars, high-speed railways, power facilities, steel structures and buildings. With slow sedimentation, high coating hardness, long salt spray time

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ABOUT US

Hunan Chenzhi Nanomaterial Technology Co., Ltd

Hunan Chenzhi Nanomaterial Technology Co., Ltd., founded in 2019, is located in the two type industrial park in Liuyang City, Hunan Province, with a beautiful environment, covering an area of 24074 square meters. With a total investment of 200 million yuan, it is a high-tech enterprise focusing on the research, development, production and sales of graphene powder and graphene based composite materials.

Hunan Chenzhi Nanomaterial Technology Co., Ltd., founded in 2019, is located in the two type industrial park in Liuyang City, Hunan Province, with a beautiful environment, covering an area of 24074 square meters. With a total investment of 200 million yuan, it is a high-tech enterprise focusing on the research, development, production and sales of graphene powder and graphene based composite materials.

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2019 year

Incorporation

2 Billion

total investment

24074 m²

area covered

NEWS

Real time update of company news and industry trends, and grasp cutting-edge information trends

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Warmly celebrate the launch of Hunan Chenzhi Nano Material Technology Co., Ltd. website!!!

Warmly celebrate the launch of Hunan Chenzhi Nano Material Technology Co., Ltd. website!!!

Hunan Chenzhi Nanomaterial Technology Co., Ltd., founded in 2019, is located in the two type industrial park in Liuyang City, Hunan Province, with a beautiful environment, covering an area of 24074 square meters. With a total investment of 200 million yuan, it is a high-tech enterprise focusing on the research, development, production and sales of graphene powder and graphene based composite materials.

07-22

2022-07-22

Warmly celebrate the launch of Hunan Chenzhi Nano Material Technology Co., Ltd. website!!!

Hunan Chenzhi Nanomaterial Technology Co., Ltd., founded in 2019, is located in the two type industrial park in Liuyang City, Hunan Province, with a beautiful environment, covering an area of 24074 square meters. With a total investment of 200 million yuan, it is a high-tech enterprise focusing on the research, development, production and sales of graphene powder and graphene based composite materials.

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2022-09-23

Current status of nanomaterials

The basic theoretical research of nanotechnology and the application research of new material development have been developed rapidly, and have been widely used in traditional materials, medical equipment, electronic equipment, coatings and other industries. In terms of industrial development, in addition to the initial large-scale production of nano powder materials in the United States, Japan, China and a few other countries, nano biological materials, nano electronic device materials, nano medical diagnostic materials and other products are still in the development stage. In 2010, the global market size of new nano materials reached US $2.23 billion, with an annual growth rate of 14.8%. In the next few years, as countries increase their investment in nanotechnology application research, the industrialization process of new nano materials will be greatly accelerated, and the market scale will grow in a large scale. The nano calcium carbonate, nano zinc oxide, nano silicon oxide and other products in the nano powder materials have formed a certain market scale; The widely used nano ceramic materials, nano textile materials, nano modified coatings and other materials have also been successfully developed, and the industrialization of production has been preliminarily realized. The application of nano powder particles in medical diagnostic agents and microelectronics is accelerating the transfer from experimental research results to industrial production.

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2022-09-23

Five effects of nanomaterials

When the size of nano particles is equal to or smaller than the de Broglie wave of conducting electrons, the periodic boundary conditions will be destroyed, and the magnetism, internal pressure, light absorption, thermal resistance, chemical activity, catalysis and melting point have changed greatly compared with ordinary particles, which is the volume effect of nano particles. The following effects of nanoparticles and their various applications are based on their volume effects. For example, the melting point of nano particles can be far lower than the bulk, which provides a new process for the powder metallurgy industry; Using the property that the plasma resonance frequency shift changes with the particle size, the particle size can be changed, the absorption displacement can be controlled, and a microwave absorbing nano material with a bandwidth can be manufactured for electromagnetic shielding, stealth aircraft, etc

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