Group 1: Company Overview and Innovation Plans - The company emphasizes that technological innovation is the core of its sustainable development, focusing on research and development (R&D) and technological transformation to optimize production processes and enhance product quality stability for activated carbon, sodium silicate, and silica gel [1] - The company aims to improve production line efficiency and environmental standards through "technology application, process improvement, and equipment enhancement," while steadily advancing towards decarbonization [1] - The company plans to explore new products and applications in activated carbon, leveraging its technical foundation to develop specialized activated carbon products, aiming for a "develop one generation, produce one generation, and reserve one generation" strategy for long-term growth [1] Group 2: Product Development and Market Expansion - The company has developed a wide range of activated carbon products, including bamboo-based granular activated carbon, fruit shell activated carbon, coconut shell carbon, supercapacitor activated carbon, biomass hard carbon, and porous carbon, which are applied in various industries such as fermentation, food additives, pharmaceuticals, chemicals, water treatment, environmental protection, catalyst carriers, and new energy carbon materials [2] - The company intends to strengthen its market position in the activated carbon industry by adopting flexible sales strategies to expand market share in traditional sectors and enhance product pricing power [2] - The company is actively developing high-end activated carbon products and utilizing exhibitions, forums, and seminars to enhance its industry image and promote a "one-stop overall solution" capability [2] Group 3: New Energy Carbon Materials - The company reports that its new energy carbon materials, including supercapacitor carbon, hard carbon, and porous carbon, have started well, achieving mass production and sales, and are expected to become a new growth driver for the company [2] - The company is progressing with the "2,000 tons per year porous carbon construction project" to further enhance its production capacity [2]

Core Viewpoint - The stability of costs for anode materials in power batteries is under dual pressure from raw material prices, particularly for low-sulfur petroleum coke and coconut shell carbon, which have seen significant price increases due to supply shortages and rising demand [2][3][4]. Group 1: Raw Material Price Trends - The price of low-sulfur petroleum coke, a key raw material for artificial graphite, has increased significantly since July, with a monthly average price rise exceeding 240 RMB per ton [2]. - Major oil refineries in Northeast China have announced further price increases for petroleum coke starting August 1, with increases ranging from 50 to 150 RMB per ton [2]. - Coconut shell carbon, essential for sodium-ion battery hard carbon anodes and new silicon-carbon anodes, has also seen a sharp price rise due to supply issues, with imported prices exceeding 8000 RMB per ton as of July 2025 [3][4]. Group 2: Impact on Downstream Production - The rising raw material prices have directly impacted downstream production costs, leading to increased cash flow pressure for some small and medium-sized graphite electrode manufacturers [3]. - Leading graphite electrode companies have raised prices for ultra-high power products by 3% to 5% in response to increased costs [3]. - The price surge occurs at a critical time for silicon-carbon anodes, which are expected to enter mass production, potentially affecting their cost control and industrialization process [4]. Group 3: Market Structure and Trends - Despite the challenges, artificial graphite maintains a dominant position in the market, with a total shipment of 1.29 million tons of anode materials in the first half of 2025, a 37% year-on-year increase [5]. - Artificial graphite shipments reached 1.17 million tons, a 47% increase, capturing 91% of the market share, while natural graphite shipments declined by 23% [5]. - The market is still exploring new anode materials, as evidenced by the increasing market share of alternative materials, despite the volatility in raw material prices [5].