资讯_复材云集https://www.fucaiyunji.com/news/2026-09-29 09:45:35<![CDATA[三种生物基树脂中试验证：交通构件可持续复合材料实现减重]]>https://www.fucaiyunji.com/news/show-22212.html2026-09-28 14:11:40<![CDATA[连续流回收+高度定向排列：回收碳纤维非织造材料斩获行业创新最高荣誉]]>https://www.fucaiyunji.com/news/show-22211.html2026-09-28 14:09:01<![CDATA[碳纳米管“钢筋”定向结晶：木质素基可再生碳纤维首次达到汽车级力学标准]]>https://www.fucaiyunji.com/news/show-22210.html2026-09-28 14:01:15<![CDATA[聚丙烯腈前驱体共聚改性突破：碳纤维预氧化效率与力学性能双跃升]]>https://www.fucaiyunji.com/news/show-22209.html2026-09-24 13:25:45<![CDATA[中间相沥青基高导热碳纤维：高功率电子器件热管理的新选项]]>https://www.fucaiyunji.com/news/show-22208.html2026-09-24 13:23:40<![CDATA[动态共价网络热固性树脂新进展：风电复合材料闭环回收迈出关键一步]]>https://www.fucaiyunji.com/news/show-22207.html2026-09-24 13:20:22<![CDATA[木质素赋能可再生碳纤维：碳纳米管“钢筋”策略突破汽车级强度门槛]]>https://www.fucaiyunji.com/news/show-22206.html2026-09-23 14:26:01<![CDATA[免纱架工艺革新单向碳纤维预浸料：十分钟快速固化颠覆传统制造节奏]]>https://www.fucaiyunji.com/news/show-22205.html2026-09-23 14:23:36<![CDATA[生物基树脂与再生碳纤维构建循环新范式：交通装备减重35%通过验证]]>https://www.fucaiyunji.com/news/show-22204.html2026-09-23 14:14:12<![CDATA[自修复热固性树脂体系新突破：微胶囊与动态共价键双机制实现高效可逆修复]]>https://www.fucaiyunji.com/news/show-22203.html2026-09-22 14:14:05<![CDATA[大丝束碳纤维高效碳化工艺创新：能耗降低32%，单线产能提升60%]]>https://www.fucaiyunji.com/news/show-22202.html2026-09-22 14:11:55<![CDATA[多尺度界面改性技术突破：碳纤维复合材料层间剪切强度提升47%]]>https://www.fucaiyunji.com/news/show-22201.html2026-09-22 14:09:23<![CDATA[生物基树脂复合材料体系验证通过：可再生碳含量达87%、构件减重35%]]>https://www.fucaiyunji.com/news/show-22200.html2026-09-21 17:38:23<![CDATA[高强高模高韧碳纤维实现均衡突破：拉伸强度6.0 GPa、弹性模量370 GPa]]>https://www.fucaiyunji.com/news/show-22199.html2026-09-21 17:36:37<![CDATA[木质素基碳纤维制造新范式：前驱体用量减半、生产成本降低25%]]>https://www.fucaiyunji.com/news/show-22198.html2026-09-21 17:34:43<![CDATA[激光辅助自动铺放与在线固结并举，热塑性复合材料迈入高速率航空制造新阶段]]>https://www.fucaiyunji.com/news/show-22197.html2026-09-20 16:20:11<![CDATA[生物基环氧与天然纤维加工-性能协同优化，绿色复合材料迈向可应用新均衡]]>https://www.fucaiyunji.com/news/show-22196.html2026-09-20 16:18:08<![CDATA[拉挤碳纤维主梁与可修复叶片并进，大型风电叶片复合材料体系持续进化]]>https://www.fucaiyunji.com/news/show-22195.html2026-09-20 15:50:33<![CDATA[含磷改性环氧实现航空复材阻燃回收双重突破]]>https://www.fucaiyunji.com/news/show-22194.html2026-09-18 16:59:23<![CDATA[定向排列技术推动回收碳纤维实现规格级应用突破]]>https://www.fucaiyunji.com/news/show-22193.html2026-09-18 16:57:40<![CDATA[碳纳米管定向结晶技术解锁木质素基碳纤维汽车级应用]]>https://www.fucaiyunji.com/news/show-22192.html2026-09-18 16:52:21<![CDATA[自修复纤维复材突破长寿命应用关键节点]]>https://www.fucaiyunji.com/news/show-22191.html2026-09-17 13:49:31<![CDATA[石墨烯氧化物纳米桥赋能碳纤维骨架，热界面材料热导率实现41倍跃升]]>https://www.fucaiyunji.com/news/show-22190.html2026-09-17 13:47:17<![CDATA[碳纤维废料点丝成金：全链条循环再生技术打通高值化回收闭环]]>https://www.fucaiyunji.com/news/show-22189.html2026-09-17 13:44:54<![CDATA[可回收阻燃环氧树脂系统问世：航空内饰材料迈入绿色循环新阶段]]>https://www.fucaiyunji.com/news/show-22188.html2026-09-16 13:23:35<![CDATA[大丝束碳纤维驱动风电叶片迈入百米级时代：深远海与陆地双场景突破]]>https://www.fucaiyunji.com/news/show-22187.html2026-09-16 13:21:45<![CDATA[T1200级超高强度碳纤维实现工程化量产：国产高性能纤维迈入领跑阶段]]>https://www.fucaiyunji.com/news/show-22186.html2026-09-16 13:19:42<![CDATA[风电叶片复合材料技术全景突破：从147米超长碳梁到全链条回收闭环]]>https://www.fucaiyunji.com/news/show-22185.html2026-09-15 14:58:31<![CDATA[碳复合材料制造工艺革命：场辅助烧结技术将周期压缩至数天]]>https://www.fucaiyunji.com/news/show-22184.html2026-09-15 14:52:00<![CDATA[超高强度碳纤维工程化量产突破：拉伸强度跃升8000MPa量级的技术解析]]>https://www.fucaiyunji.com/news/show-22183.html2026-09-15 14:50:41<![CDATA[热塑性液氢储罐深冷材料技术取得里程碑突破]]>https://www.fucaiyunji.com/news/show-22182.html2026-09-14 17:38:15<![CDATA[碳纳米管层间「缝合」技术重塑复合材料结构：层间断裂韧性提升逾百分之六十]]>https://www.fucaiyunji.com/news/show-22181.html2026-09-14 17:37:11<![CDATA[室温制备超高强度石墨烯碳纤维：碳纤维制造工艺迎来范式革命]]>https://www.fucaiyunji.com/news/show-22180.html2026-09-14 17:35:58<![CDATA[自修复复合材料实现百年尺度断裂修复：自动化原位修复技术开辟结构材料新纪元]]>https://www.fucaiyunji.com/news/show-22179.html2026-09-11 14:48:21<![CDATA[新型阻燃可回收环氧树脂复合材料问世：航空铁路内饰材料迎来绿色变革]]>https://www.fucaiyunji.com/news/show-22178.html2026-09-11 14:45:57<![CDATA[连续纤维3D打印智能化载荷自适应路径规划]]>https://www.fucaiyunji.com/news/show-22177.html2026-09-11 14:43:48<![CDATA[阻燃可回收环氧树脂三明治结构：航空内饰材料迈向绿色循环新阶段]]>https://www.fucaiyunji.com/news/show-22176.html2026-09-10 14:33:24<![CDATA[金属嵌入碳纤维织物：航空复合材料防雷击技术开辟新路径]]>https://www.fucaiyunji.com/news/show-22175.html2026-09-10 14:30:34<![CDATA[场辅助烧结技术突破：碳碳复合材料制造周期从数月压缩至数天]]>https://www.fucaiyunji.com/news/show-22174.html2026-09-10 14:27:35<![CDATA[动态共价网络环氧树脂破解热固性回收困局]]>https://www.fucaiyunji.com/news/show-22173.html2026-09-09 13:53:14<![CDATA[高强高模高韧碳纤维实现工程化突破]]>https://www.fucaiyunji.com/news/show-22172.html2026-09-09 13:51:06<![CDATA[低温化学解聚技术开启碳纤维循环利用新纪元]]>https://www.fucaiyunji.com/news/show-22171.html2026-09-09 13:48:57<![CDATA[金属纱线混编碳纤维织物：可铺覆型防雷击杂化复合材料重塑航空安全边界]]>https://www.fucaiyunji.com/news/show-22170.html2026-09-08 14:13:04<![CDATA[电场辅助一步致密化：碳-碳复合材料制造周期从月级压缩至日级]]>https://www.fucaiyunji.com/news/show-22169.html2026-09-08 14:11:00<![CDATA[含磷添加剂赋予环氧树脂双重属性：阻燃与可回收性同步实现突破]]>https://www.fucaiyunji.com/news/show-22168.html2026-09-08 14:09:12<![CDATA[碳复合材料制备工艺取得颠覆性突破]]>https://www.fucaiyunji.com/news/show-22167.html2026-09-07 14:54:17<![CDATA[金属编织碳纤维复合材料实现航空器雷电防护技术新突破]]>https://www.fucaiyunji.com/news/show-22166.html2026-09-07 14:49:57<![CDATA[含磷动态共价键环氧树脂实现航空夹芯复合材料可回收与阻燃双突破]]>https://www.fucaiyunji.com/news/show-22165.html2026-09-07 14:41:41<![CDATA[超高强度碳纤维实现8000MPa拉伸强度突破——轻量化结构材料迈入新纪元]]>https://www.fucaiyunji.com/news/show-22164.html2026-09-04 14:28:29<![CDATA[结构电池碳纤维复合材料：承载与储能一体化开启电动交通新范式]]>https://www.fucaiyunji.com/news/show-22163.html2026-09-04 14:24:35