随着钢纤维生产工艺的不断完善,可为广大消费者提供更多更好的产品,在钢纤维的生产过程中,主要的问题是如何有效地将纤维材料均匀地分散在混凝土中,以避免刚性纤维的结块或致密。这与混凝土的加料顺序有很大关系,一般应将骨料与细骨料进行干混,然后加入真空纤维材料,搅拌均匀后加入水泥和水。如果水泥和水过早加入,纤维就会吸水,在水的表面张力和纤维之间的吸附力以及水泥的粘结作用下,钢纤维的团聚将直接影响纤维的均匀性,这将大大降低钢纤维的性能。
With the continuous improvement of steel fiber production technology,
more and better products can be provided for consumers. In the process
of steel fiber production, the main problem is how to effectively
distribute the fiber materials evenly in concrete to avoid the
agglomeration or densification of rigid fibers. This is closely related
to the order of concrete feeding. Generally, aggregate and fine
aggregate should be dry mixed, then vacuum fiber material should be
added, and cement and water should be added after mixing evenly. If
cement and water are added prematurely, the fibers will absorb water.
Under the surface tension of water and the adsorptive force between
fibers and the bonding action of cement, the agglomeration of steel
fibers will directly affect the uniformity of fibers, which will greatly
reduce the performance of steel fibers.
无论是在混凝土内部或外部,大裂缝,小裂缝,钢纤维能起到挡上效果很好,但效果是非常明显的,这些裂缝容易使钢纤维,但如果没有钢纤维,这些
地变电阻柜 精密铸造 中频电炉设备 保定断桥铝门窗 保定养老院 镜子批发 启闭机小裂缝,有可能成为一个潜在的具体的威胁。但是一些小型地下室工程应该考虑进去。防水,由于地下潮湿可能会对混凝土和钢纤维产生侵蚀,不仅要改善钢纤维、纤维表层,提高其耐腐蚀性能,还应在混凝土中加入防水材料,以便更好地利用混凝土。
Whether inside or outside the concrete, large cracks, small cracks,
steel fibers can play a good role in blocking, but the effect is very
obvious, these cracks are easy to make steel fibers, but if there is no a potential
specific threat. But some small basement projects should be considered.
Waterproofing, because underground moisture may erode concrete and steel
fibers, not only to improve the surface of steel fibers and fibers,
improve their corrosion resistance, but also to add waterproofing
materials in concrete, in order to make better use of concrete.