PolyMide™PA6-CF PolyMide™是尼龙/聚酰胺基长丝系列。PolyMide™长丝采用Polymaker的Warp-Free™技术生产,具有尼龙固有的工程性能并易于印刷。PolyMide™CoPA基于尼龙6和尼龙6,6的共聚物。该长丝具有出色的强度,韧性和高达180°C的耐热性。
Polymaker Polymide PA6-CF PolyMide™ PA6-CF is a carbon fiber reinforced PA6 (Nylon 6) filament. The carbon fiber reinforcement provides significantly improved stiffness, strength and heat resistance with outstanding layer adhesion. Min. Order Value$11 Est. Lead Time5 days Max Build Size 400 x ...
PolyMide™ PA6-CF is a 20% carbon fiber reinforced Nylon 6 filament. The carbon fiber reinforcement provides significantly improved stiffness, strength and heat resistance with outstanding layer adhesion thanks to Fiber Adhesion™ Technology. PolyMide™ PA6-CF outperforms almost every 3D printing ...
关注店铺 评分详细 商品评价: 4.0 低 物流履约: 4.8 高 售后服务: 4.8 高 手机下单 进店逛逛|关注店铺 关注对比 企业购更优惠 polymakerPolyMide PA6-CF 碳纤维增强尼龙3D耗材 500g和2kg 1.75mm和2.85mm 黑色(2kg) 1.75mm 京东价 ￥降价通知 累计评价 ...
Re: Polymaker - Polymide PA6-CF Quote Postbyjakasspeech3»Wed Aug 28, 2024 4:35 am ZED wrote:That makes sense with the flow rate. I just tried printing a 1st layer with the flowrate reduced back to 100% and I'm seeing pretty much the same thing if not a bit worse ...
爱企查为您提供PolyMide PA6-CF 碳纤维增强尼龙3D打印耗材耐热稳定3D耗材 500g和2kg 1.7,颍上星源科技发展有限公司售卖商品,可电话联系商家或留言询价。3D打印耗材;3D打印耗材批发;3D打印耗材行情报价;3D打印耗材价格;3D打印耗材底价;3D打印耗材图片;3D打印耗材厂家
产品详情 Polymaker PolyMide PA6-CF无经尼龙碳纤维耗材1.75mm 500g线轴-3D打印机耗材厦门集智创想工业有限公司 全球3D打印机领导品牌,国家高新技术企业,专注于3D打印技术的研发和生产,产品覆盖“FDM和光固化”的材料和配件。 地址:厦门市湖里区嘉禾路586号第六层B区B01单元 电话:0592-3278536 ...
产品详情 Polymaker PolyMide PA6-CF无经尼龙碳纤维耗材1.75mm 500g线轴-3D打印机耗材厦门集智创想工业有限公司 全球3D打印机领导品牌,国家高新技术企业,专注于3D打印技术的研发和生产,产品覆盖“FDM和光固化”的材料和配件。 地址:厦门市湖里区嘉禾路586号第六层B区B01单元 电话:0592-3278536 邮箱:service@antinsky....
PolyMide™PA6-GF PolyMide™PA6GF是一款玻璃纤维增强尼龙(尼龙6)3D打印耗材,这款材料具备优异的热学性能和机械性能,并有着突出的层间结合力
POLYMAKER - POLYMIDE™ : PA6 vs PA12 Ultimate Nylon filament test - Polymaker CoPA vs PA6-GF vs PA6-CF vs PA12-CF My Thoughts On The Polymaker PA12 CF Nylon Print With Polymaker PolyMide PA12-CF - Jadelabo J1 IDEX 3D PrinterFAQ How can we compare the moisture absorption resistance among...