The utility model relates to a fiber reinforced resin quick sizing device, which comprises a cloth laying roll, a hot press combination, a hot pressing combination, a hot pressing combination, a soaking slot, a traction combination, a traction combination, a traction combination, a fiber cloth and an electric heating wire, which are composed of a number of traction rolls, each combined by 3 towing rolls to form a small half. The pulling force of the fiber cloth is reduced by the round wrap angle, and a number of empty grooves are arranged on the traction roller, and the fiber cloth is added to the friction area of the traction roll. The pulping agent of the traction roll slot enters the fiber bundle as a result of the fiber cloth friction with the fiber bundle in the traction roll. A combination of hot pressing rolls, each hot pressing roll is composed of 2 hot pressing rolls; each hot pressing roller is arranged by the electric heating wire to make the hot roller heat, and the hot pressing temperature is from high to low. The high temperature makes the slurry permeable into the fiber bundle easily, and the low temperature makes the pulp inside the fiber not easily extruded.
【技术实现步骤摘要】
一种纤维增强树脂快速上浆装置
本技术涉及一种上浆装置,具体涉及一种纤维增强树脂快速上浆装置。
技术介绍
随着新型材料行业兴起,特别是炭炭复合增强材料,纤维增强塑料行业如雨后春笋般爆发性发展。纤维布由成千上万根直径10微米纤维丝组成丝束经过编织而成,传统纤维布上浆均采用浸泡、手工涂刷、喷涂方式进行,耗时耗力且纤维丝之间浆剂难以均匀。造成复合材料后处理形成空隙,影响产品质量。
技术实现思路
本技术的目的在于,提供一种纤维增强树脂快速上浆装置,以解决上述技术问题。一种纤维增强树脂快速上浆装置,其特征在于:由纤维布经放布辊进入树脂浸渍槽,浸渍槽中设有若干个牵引辊组合和若干个热压辊组合,纤维布经过多次牵引浸渍、多次热压使纤维布中每根纤维均匀、快速上浆;纤维布经过2个以上牵引辊组合和2个以上热压辊组合所形成快速上浆结构;每个辊都采用同步伺服电机驱动,每个辊运行速度一致;每个牵引辊表面设有若干空槽,每3个以上牵引辊形成牵引辊组合,牵引辊组合中纤维布包牵引辊圆周小于牵引辊半圆;每个热压辊内设有电加热,每2个热压辊垂直于浸渍槽所组成热压辊组合;且每个热压组合加热温度由高至底排列。与现有技术 ...
【技术保护点】
一种纤维增强树脂快速上浆装置,其特征在于:由纤维布经放布辊进入树脂浸渍槽,浸渍槽中设有若干个牵引辊组合和若干个热压辊组合,纤维布经过多次牵引浸渍、多次热压使纤维布中每根纤维均匀、快速上浆;纤维布经过2个以上牵引辊组合和2个以上热压辊组合所形成快速上浆结构;每个辊都采用同步伺服电机驱动,每个辊运行速度一致;每个牵引辊表面设有若干空槽,每3个以上牵引辊形成牵引辊组合,牵引辊组合中纤维布包牵引辊圆周小于牵引辊半圆;每个热压辊内设有电加热,每2个热压辊垂直于浸渍槽所组成热压辊组合;且每个热压组合加热温度由高至底排列。
【技术特征摘要】
1.一种纤维增强树脂快速上浆装置,其特征在于:由纤维布经放布辊进入树脂浸渍槽,浸渍槽中设有若干个牵引辊组合和若干个热压辊组合,纤维布经过多次牵引浸渍、多次热压使纤维布中每根纤维均匀、快速上浆;纤维布经过2个以上牵引辊组合和2个以上热压辊组合所形成快速上浆结构...
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