Product Details

Acetylene black, a high-purity form of carbon black, can be derived from either calcium carbide or the pyrolysis byproduct gas obtained from naphtha (crude gasoline) refining. The process involves decomposing acetylene gas at temperatures exceeding 800℃, with the aim of achieving a refined product that surpasses 99% purity. The exothermic nature of the reaction facilitates automatic thermal decomposition, and to maintain a consistent mass, the reaction temperature needs to be maintained at approximately 1800℃. Control over the furnace temperature is achieved through the water cooling jacket surrounding the reactor's outer cylinder.
Acetylene black finds application as an anode material in nickel metal hydride batteries, complemented by oxidation barriers and electrolytes. It exhibits superior electrical conductivity and liquid absorption compared to furnace carbon black, owing to its enhanced crystallization and secondary structure. Furthermore, its low impurity levels, including heavy metals, minimize self-discharge, making it particularly suitable for use in the cathodes of nickel metal hydride batteries.
Supercapacitors utilize acetylene black as an efficient electrical conductor.

 

 

Company Profile
Jining Shengfan New Material Co., LTD. was established in 2022 as a company dedicated to conducting extensive research and development in the field of conductive carbon black products. Our primary focus lies in the manufacturing of cutting-edge products through original equipment manufacturer (OEM) partnerships and efficient distribution networks. By collaborating with esteemed institutions like Tsinghua University's new energy power system team and Shenzhen Fresh Power Research and Development, we have been able to harness and leverage their expertise in sustainable technology research and development.
Currently, our research is mainly concentrated on three groundbreaking products: acetylene carbon black, lithium carbon black, and superconducting carbon black. These products have continuously pushed the boundaries and surpassed industry standards, resulting in successful mass production and substantial inventory accumulation. With applications ranging from lithium-ion batteries to aerospace and weaponry, our carbon black products have proven to be invaluable in various industrial sectors. They excel in conductive capabilities, electromagnetic shielding, and anti-static properties.
Our relentless pursuit of excellence has led us to overcome the technical obstacles typically associated with carbon black production. By introducing advanced post-treatment air crushing equipment from overseas, we have successfully minimized carbon black residue and significantly enhanced its conductivity. This breakthrough allows us to develop carbon black products that are specifically tailored for the conductive field, meeting the diverse needs and requirements of our customers.

 

 

 

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