Thermosetting Matrix(热固性矩阵)研究综述
Thermosetting Matrix 热固性矩阵 - First, the desired 3D printing filament was prepared by impregnating a 3K carbon fiber with a thermosetting matrix at 130 °C. [1] Firstly, the attention was focused on fibres reinforced with thermosetting matrix. [2] The incorporation in a thermosetting matrix was, then, carried out through mixing the sterilized and finely ground organic waste into a water soluble urea formaldehyde (UF) based resin, with a formaldehyde content less than 1% wt, followed by a thermal treatment for UF-resin crosslinking (inertization phase). [3] The Cyperus pangorei (CP) fiber and polyester were used as a reinforcement material and thermosetting matrix, respectively. [4]首先，通过在 130 °C 下用热固性基质浸渍 3K 碳纤维来制备所需的 3D 打印灯丝。 [1] 首先，注意力集中在用热固性基质增强的纤维上。 [2] 然后，通过将灭菌和精细研磨的有机废物混合到甲醛含量小于 1% wt 的水溶性脲醛 (UF) 基树脂中，然后对 UF 进行热处理，从而将其掺入热固性基质中。 -树脂交联（惰性化阶段）。 [3] 香附 (CP) 纤维和聚酯分别用作增强材料和热固性基质。 [4]