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kbc corporation,ltd. (688598.SH) is currently collaborating with several domestic automobile manufacturers on the preliminary research and development of carbon-ceramic brake discs.
On December 9, Gelonghui reported that kbc corporation, ltd. (688598.SH) stated on the investor interactive platform that its wholly-owned subsidiary, Hunan Jinbo Carbon Ceramic Technology Co., Ltd. (referred to as KBCC), is a designated supplier of carbon ceramic brake discs for several leading automotive manufacturers and new energy vehicle brands, and has delivered carbon ceramic brake disc products in bulk. Due to client confidentiality agreements, please refer to the company’s public disclosure for specific details. Currently, the company is conducting preliminary research and development of carbon ceramic brake discs with several other domestic automotive manufacturers and is actively expanding into overseas markets. The company now has an annual production capacity of 400,000 carbon ceramic brake discs.
kbc corporation,ltd. (688598.SH): Performance and durability tests have been completed for liquid flow batteries and proton exchange membrane fuel cell energy companies.
On December 9th, Gelonghui reported that kbc corporation,ltd. (688598.SH) stated on the investor interaction platform that the cooperation with Shenli technology is proceeding in an orderly manner, and specific details can be found in the company's related announcements. The company is actively investing in hydrogen production (tail gas recovery) and hydrogen utilization (carbon paper, carbon-based bipolar plates), developing domestic carbon fiber for the preparation of gas diffusion layer carbon paper, gas diffusion layer materials, and high-strength, high-conductivity flexible carbon-based bipolar plates. Currently, annual production of 0.3 million square meters of roll carbon paper products has been completed for small batch delivery, and the high-performance roll-to-roll gas diffusion layer (GDL) production line has begun trial production, with products already integrated into leading domestic enterprises.
kbc corporation,ltd. (688598.SH): has completed the pilot-scale development of petroleum coke-based porous carbon series products.
On December 9, Gelonghui reported that kbc corporation,ltd. (688598.SH) stated on the investor interaction platform that porous carbon is the core raw material for new silicon-carbon materials, which can effectively increase the capacity of silicon-carbon anodes and improve the battery's cycle stability, meeting the demand for anode materials in applications such as 3C digital products and power. The company focuses on the industrialization platform of carbon materials, leveraging advanced low-cost preparation core technology for carbon-based composite materials, fully utilizing scale effects and industrial collaborative innovation effects to develop high-performance porous carbon materials. Currently, the company has completed the pilot development of the petroleum coke-based porous carbon series products, and the related products are in the downstream customer verification stage.
China International Capital Corporation: High-temperature resistant composite materials are key materials for the thermal structure of aircraft, and industry demand is expected to be released rapidly.
With the deployment of high-end equipment represented by hypersonic equipment, the demand for high-temperature resistant composite materials is expected to show strong elasticity, and core enterprises in the industry chain are likely to fully benefit.
Market Participants Recognise KBC Corporation, Ltd.'s (SHSE:688598) Revenues Pushing Shares 41% Higher
kbc corporation,ltd. (688598.SH): The products can meet the product demand for graphite and silicon-based negative electrodes in solid state batteries.
November 1st, Gelonhui | KBC Corporation, Ltd. (688598.SH) stated on the investor interaction platform that the company first used carbon-based composite material thermal field lithium battery negative pole integrated demonstration line phase I 0.05 million tons project carbon powder products can meet the product demands of graphite-based and silicon-based negative poles in solid state batteries.
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