WS2 - Nano Carbon Powder – Xinglu
WS2 - Nano Carbon Powder – Xinglu Detail:
Performance characteristics:
The 20-50 nanometer carbon powder produced by our company has strong specific surface area and adsorbability. The amount of negative ions released is 6550/cm3, the far infrared emissivity is 90%, the specific surface area is more than 500 m2/g, and the specific resistance is 0.25 ohm. It is used in military, chemical industry, viscose staple, polypropylene, polyester long fiber, environmental protection, functional materials, etc.
Usage:
Modified lubricating oil for internal combustion engine; particle reinforcing agent can effectively improve the quality and properties of aluminium-based alloy materials; improve the traditional process of synthesizing diamond at high temperature and pressure to improve the quality of products and reduce production costs; nano-carbon materials are expected to be used in the utilization of hydrogen energy due to their excellent adsorption properties; nano-carbon materials have strong absorbing properties, which can be applied in the future. It can be used in military stealth materials; improve the quality and service life of rubber products.
Certificate:
What we can provide:
Product detail pictures:
Related Product Guide:
We rely upon strategic thinking, constant modernisation in all segments, technological advances and of course upon our employees that directly participate in our success for WS2 - Nano Carbon Powder – Xinglu, The product will supply to all over the world, such as: Melbourne, Sao Paulo, Slovakia, We are in continuous service to our growing local and international clients. We aim to be worldwide leader in this industry and with this mind; it is our great pleasure to serve and bringing the highest satisfaction rates among the growing market.
By Sahid Ruvalcaba from Holland - 2017.06.19 13:51
In general, we are satisfied with all aspects, cheap, high-quality, fast delivery and good procuct style, we will have follow-up cooperation!
By Emily from Seattle - 2017.12.09 14:01