PRO - EFB520 EasyFeed Bundles (20 KG Sample)
IF ITEM IS OUT OF STOCK PLEASE CONTACT US DIRECTLY TO PLACE AN ORDER, THE PRODUCT MAY BE IN STOCK IN BULK, BUT NOT YET BE REPACKED TO SAMPLE QUANTITY SIZES.
PRICING AS SHOWN IS FOR SAMPLE ORDERS (1-4 BOXES). CONTACT US DIRECTLY FOR LARGER VOLUME ORDERS WHICH WILL BE SUBSTANTIALLY DISCOUNTED DEPENDING ON ORDER VOLUME.
EFB520 PRO series rCF is made from intermediate modulus (IM) carbon fiber and marks a significant advancement in material engineering by merging high performance with sustainability. Utilizing recycled carbon fiber sourced from verified sources, it is well suited for sectors such as automotive and aerospace, where strength and rigidity are essential. This series focuses on achieving high strength-to-weight ratios, enabling engineering projects to fulfill strict performance requirements while promoting environmental stewardship. Our PRO series is crafted for straightforward integration into most thermoplastic compounding processes, facilitating efficient work for engineers & production managers. Whether applied in structural components or lightweight applications, this platform serves as a robust foundation for innovative solutions.
Each sample comes in 20 KG boxes and ships direct from our warehouse.
IF ITEM IS OUT OF STOCK PLEASE CONTACT US DIRECTLY TO PLACE AN ORDER, THE PRODUCT MAY BE IN STOCK IN BULK, BUT NOT YET BE REPACKED TO SAMPLE QUANTITY SIZES.
PRICING AS SHOWN IS FOR SAMPLE ORDERS (1-4 BOXES). CONTACT US DIRECTLY FOR LARGER VOLUME ORDERS WHICH WILL BE SUBSTANTIALLY DISCOUNTED DEPENDING ON ORDER VOLUME.
EFB520 PRO series rCF is made from intermediate modulus (IM) carbon fiber and marks a significant advancement in material engineering by merging high performance with sustainability. Utilizing recycled carbon fiber sourced from verified sources, it is well suited for sectors such as automotive and aerospace, where strength and rigidity are essential. This series focuses on achieving high strength-to-weight ratios, enabling engineering projects to fulfill strict performance requirements while promoting environmental stewardship. Our PRO series is crafted for straightforward integration into most thermoplastic compounding processes, facilitating efficient work for engineers & production managers. Whether applied in structural components or lightweight applications, this platform serves as a robust foundation for innovative solutions.
Each sample comes in 20 KG boxes and ships direct from our warehouse.
IF ITEM IS OUT OF STOCK PLEASE CONTACT US DIRECTLY TO PLACE AN ORDER, THE PRODUCT MAY BE IN STOCK IN BULK, BUT NOT YET BE REPACKED TO SAMPLE QUANTITY SIZES.
PRICING AS SHOWN IS FOR SAMPLE ORDERS (1-4 BOXES). CONTACT US DIRECTLY FOR LARGER VOLUME ORDERS WHICH WILL BE SUBSTANTIALLY DISCOUNTED DEPENDING ON ORDER VOLUME.
EFB520 PRO series rCF is made from intermediate modulus (IM) carbon fiber and marks a significant advancement in material engineering by merging high performance with sustainability. Utilizing recycled carbon fiber sourced from verified sources, it is well suited for sectors such as automotive and aerospace, where strength and rigidity are essential. This series focuses on achieving high strength-to-weight ratios, enabling engineering projects to fulfill strict performance requirements while promoting environmental stewardship. Our PRO series is crafted for straightforward integration into most thermoplastic compounding processes, facilitating efficient work for engineers & production managers. Whether applied in structural components or lightweight applications, this platform serves as a robust foundation for innovative solutions.
Each sample comes in 20 KG boxes and ships direct from our warehouse.
Featuring EasyFeed Bundle Technology
Vartega’s proprietary EasyFeed Bundle Technology increases overall processability of our recycled carbon Fiber for thermoplastic compounding. Vartega’s proprietary EasyFeed Bundle Technology increases overall processability of our recycled carbon Fiber for most thermoplastic compounding processes.
Achieve a more consistent fiber distribution and higher efficiency throughputs.