• [06-27] [Domestic News] A "Behemoth" Made in Changzhou Is Ready to Take Off!
• [06-27] [Special Review] Innovative Applications and Challenges of Polymer Composite 3D Printing in Civil Infrastructure
• [06-27] [Domestic News] Applying for Composite Materials Programs: A Comprehensive Analysis from Academic Foundations to Industrial Frontiers
• [06-27] [Special Review] Chinese Solutions for Carbon Fiber Materials in High-End Sports Equipment
• [06-27] Weekly Updates on Composite Material Standardization (June 20-26)
• [05-20] Special Topic Review: Composite Materials Empowering Aerospace to New Heights - Decoding the "Made in China" Innovation of the Tiangong Space Station
• [05-20] 【Special Topic Review】Overview of Testing Methods and International Standards for Polymer Additive Manufacturing
• [05-20] 【Special Topic Review】Market Analysis and Application Scenarios of Raffia Palm Fiber
• [05-20] Gratitude for Your Companionship Along the Way! — A Message of Thanks on the 40th Anniversary of the China Composite Materials Industry Association
• [04-03] Comprehensive Review of the Employment Situation in the Composites Industry During the Current Spring Recruitment Season
• [04-03] Analysis of Future Investment Opportunities for Basalt Composite Materials: Construction, Transportation, and Energy Sectors
• [04-03] Research Progress on Preparation Technologies of High-Performance Continuous Fiber-Reinforced Thermoplastic Prepregs and Composites (with Multiple Figures)
• [04-03] 3D Printing Composite Materials Technology: The "New Engine" for Aerospace Lightweighting and Efficient Manufacturing
• [04-03] Survey on the Research Progress and Industrial Application of Bio-based Materials
• [04-03] Research on the Fatigue Performance Testing Standard System and Engineering Applications of Polymer Matrix Composites
• [04-03] Comprehensive Experimental Study on the Mechanical Properties of FRP Composite Pipes
• [04-03] Exploration of Process Limitations in Fiber Placement and Thickness Stacking Optimization for Thermoplastic Composite Hydrogen Storage Cylinders in Hydrogen-Powered Aircraft
• [04-03] The large-scale renewable energy system at Qinling Station in Antarctica has been officially commissioned! Unveiling the hardcore technology behind polar power generation.
• [02-28] Analysis of the Thermal Insulation Performance of Aramid Fiber-Reinforced Aerogel Composites and Their Application Fields
• [02-28] Preparation, Properties, and Application in Zero-Energy Buildings of Compostable, Fully Biobased Foam Materials Based on Polylactic Acid (PLA) and Microcellulose Fibers (MCF)

【点击排行】

• [02-28] JEC World: Booth 5N130, explore new opportunities for cooperation!
• [02-21] The Grand Canal of China Drives the Great Development of Composite Materials
• [02-13] Notice on Soliciting Composite Material Industry Enterprises to Participate in the Innovation Challenge for Biomedical Materials (Second Batch)
• [02-13] Notice on Soliciting Excellent Cases of Patent Transformation and Application in the Composites Field
• [02-21] Group Standards Facilitate the Reform and Development of Local Standards
• [02-28] Agricultural New-Quality Productivity and Composite Material Application in the 2024 Central Document No. 1
• [02-21] Bullet-Resistant Materials Testing Methods New Standard and Fiber-Reinforced Composite Materials Industry
• [02-28] Analysis of the Thermal Insulation Performance of Aramid Fiber-Reinforced Aerogel Composites and Their Application Fields
• [02-21] Seizing Opportunities in the RMB 1.5 Trillion Market: How New Material Enterprises Can Capture Low-Altitude Economy Orders
• [02-28] Preparation, Properties, and Application in Zero-Energy Buildings of Compostable, Fully Biobased Foam Materials Based on Polylactic Acid (PLA) and Microcellulose Fibers (MCF)