钴钼系列催化剂

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齐翔腾达:控股子公司拟投资7000万元建设高性能催化新材料项目
Xin Lang Cai Jing· 2025-08-22 12:13
Core Viewpoint - The company plans to invest in a new high-performance catalyst materials project to enhance profitability and core competitiveness in the catalyst materials sector [1] Investment Details - The subsidiary Shandong Qilu Keli Chemical Research Institute Co., Ltd. will invest in an 8,000 tons/year high-performance catalyst materials project [1] - The total investment is estimated at 70 million yuan, funded through self-raised capital [1] - The project is expected to have a construction period of 10 months [1] Product Focus - The main products of the project will include 3,000 tons/year of copper series catalysts and 5,000 tons/year of cobalt-molybdenum series catalysts [1] Strategic Goals - The project aims to improve the profitability of Qilu Keli and promote the transformation and upgrading of the company's catalyst industry [1] - It seeks to meet market demand for high-performance catalyst materials and enhance the company's core competitiveness in the catalyst materials field [1]
齐翔腾达:控股子公司拟投资7000万元建设8000吨/年高性能催化新材料项目
Mei Ri Jing Ji Xin Wen· 2025-08-22 12:13
Core Viewpoint - Qisheng Tengda (002408.SZ) announced plans to invest in a new high-performance catalytic materials project to enhance profitability and core competitiveness in the catalytic materials sector [1] Investment Details - The project involves an investment of 70 million yuan, funded through self-raised capital [1] - The construction period is expected to be 10 months [1] Production Capacity - The project will produce 8,000 tons per year of high-performance catalytic materials, including 3,000 tons per year of copper-based catalysts and 5,000 tons per year of cobalt-molybdenum catalysts [1] Strategic Goals - The initiative aims to upgrade the catalytic materials industry and meet market demand for high-performance catalytic new materials [1] - The project is expected to improve the profitability of Qilu Keli and strengthen its competitive position in the catalytic materials field [1]