它是 DSP材料与纤维增强材料相复合的高技术混凝土。根据其组成和热处理方式的不同，这种混凝土的抗压强度可以达到200MPa至800MPa；抗拉强度可以达到20MPa至50MPa；弹性模量为40Gpa至60Gpa；断裂韧性高达40000J/m2，是普通混凝土的250倍，可与金属铝媲美；氯离子渗透性是高强混凝土的1/25，抗渗透能力极强；300次快速冻融循环后，试样未受损，耐久性因子高达100%；预应力活性粉末混凝土梁的抗弯强度与其自重之比接近于钢梁。RPC在工程结构中的应用可以解决目前的高强与高性能混凝土抗拉强度不够高、脆性大、体 积稳定性不良等缺点，同时还可以解决钢结构的投资高、防火性能差、易锈蚀等问题。

It is a high-tech concrete composed of DSP material and fiber reinforced material. According to its composition and heat treatment, the compressive strength of the concrete can reach 200 MPa to 800 MPa, the tensile strength can reach 20 MPa to 50 MPa, the modulus of elasticity is 40 Gpa to 60 Gpa, the fracture toughness is as high as 40 000 J/m2, which is 250 times as high as that of ordinary concrete and can be comparable to that of metal aluminium, the chloride ion permeability is 1/25 of www.chuanganqii.cnwww.biansongqii.cnwww.baohuqi.net.cnwww.xiaoxieqi.net.cnwww.chuangan

qi.org.cnwww.bileiqi.org.cnhigh strength concrete, and the penetration resistance is very strong for 300 times of rapid freeze-thaw. After cycling, the specimens are not damaged and the durability factor is as high as 100%. The ratio of flexural strength to self-weight of the pre-stressed RPC beams is close to that of steel beams. The application of RPC in engineering structures can solve the shortcomings of high strength and high performance concrete such as low tensile strength, large brittleness, poor volume stability, etc. At the same time, it can also solve the problems of high investment, poor fire resistance and easy corrosion of steel structures.