• Cement based fiber reinforced rendering mortar.

    水泥类含纤维的增强抹灰砂浆。

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  • Durasteel, a composite panel composed of a fiber cement core mechanically bonded to pierced steel sheets on both outer surfaces.

    耐用钢板是一种里面是纤维水泥芯板、两个面板是穿孔的钢片经机械压制和芯板粘结在一起的复合钢板。

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  • Safe and harmless: fiber cement flat without any harmful radiation, theprocess of using no harmful dust, and therefore can be used in a variety of buildings.

    安全,无害:纤维水泥平板没有任何有害辐射,使用过程也没有有害粉尘,因此可广泛用于各种建筑物中。

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  • High intensity: the high strength fiber cement flat, 6mm thicksheet strength significantly more than 9.5mm thick ordinary gypsum board.

    强度高:纤维水泥平板强度高,6mm厚板材的强度大大超过 9.5mm 厚的普通石膏板。

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  • The preparation and the mechanical properties of nylon fiber reinforced MDF cement composites are reported.

    制备了以MDF水泥为基体的尼龙纤维增强复合材料并对其力学性能进行了测试。

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  • The glass fiber reinforced cement GRC has several advantages such as good tensile strength, good bending strength, good shock strength and light weight.

    玻璃纤维增强水泥(GRC)具有抗拉、抗弯、抗冲击、重量轻等多种优点。

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  • The bond strength of polymer(PAE) cement mortar with double booked steel fiber is the highest.

    聚合物水泥砂浆与双肢钢纤维的粘结强度最大。

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  • The research results show that the steel fiber can improve remarkably the strength of the phosphate cement mortar, reduce its shrinkage and enhance its abrasiveness.

    研究结果表明,掺入钢纤维可显著提高磷酸镁水泥砂浆的强度,降低砂浆的收缩率及提高砂浆的耐磨性能;

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  • The effect of water binder ratio (W/C), slag binder ratio (S/C) as well as the adding quantity of steel fiber on cement based composite was studied;

    研究了水灰比(W/C)、砂灰比(S/ C)、钢纤维掺量对水泥基复合材料性能的影响;

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  • The polyacrylic fiber resists the stresses of cement shrinking in different directions to raise the strength of solidified waterproof mortar and raise the fireproof limit.

    聚丙烯纤维在各个方向上对抗着水泥收缩的应力,因此提高了防水砂浆凝固后的强度,同时具有提高耐火极限的作用。

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  • A certain amount of time in the cement, red clay improved the unconfined compressive strength with fiber incorporation and the increase of age.

    在水泥掺入量一定时,改良红粘土的无侧限抗压强度随着纤维掺入量和龄期的增加而增加。

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  • The volume resistance and surface resistance measured by three electrodes and the resistance between two electrodes (r) of carbon fiber reinforced cement (CFRC) were studied.

    研究碳纤维水泥试块两电极电阻和三电极法测得的体积电阻与表面电阻。

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  • These concrete targets are cement mortar, steel fiber reinforced concrete (SFRC) and the SFRC with a board made by tightly arranged corundum spheres inside.

    靶体为水泥砂浆石靶、钢纤维混凝土靶和含单层密排刚玉球的钢纤维混凝土靶。

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  • The present invention is one kind of composite materials of fiber reinforced sulfaluinous cement with high water permeability.

    本发明是特别适用于油田的一种纤维增强硫铝酸盐高渗透水泥石复合材料。

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  • In order to study the fiber, fiber cement on the strength of Yunnan red clay, red clay of the improved direct shear tests carried out and the unconfined compression test.

    为了研究纤维、纤维水泥对云南红粘土强度的影响,对改良后的红粘土进行了直剪试验和无侧限抗压试验。

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  • Polypropylene fiber is a kind of all kinds of fiber materials, with its perfect chemical stability and excellent technical and economic performance, is widely used in cement based composite materials.

    聚丙烯纤维作为各种纤维材料中的一种,以其极好的化学稳定性和优良的技术经济性能,在水泥基复合材料中得到日益广泛的应用。

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  • The defects of composite material theory and fiber distance theory are analysed, and they are verified through uniaxial stretch test of continuous fiber reinforced composite material for cement base.

    分析复合理论和纤维间距理论的缺陷,并且通过连续纤维增强水泥基复合材料的单轴拉伸试验加以验证。

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  • Between the dosage of cement and fiber cream and the compressive strength of brucite fiber reinforced concrete there are the remarkable linear relationship.

    水泥及纤维膏用量与水镁石纤维混凝土抗压强度之间存在显著的线性相关性。

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  • Plastic cement solves cracking problem of cement sheath successfully. With high strength fiber added in, not only the strength, but also the flexibility is increased.

    塑性水泥可以很好地解决水泥环的脆裂问题,它通过掺入高强度纤维,不仅可增加水泥石的强度,而且可改变水泥石的弹性。

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  • Design of electrode was one important technology of manufacturing of carbon fiber reinforced cement sensor (CFRCS).

    电极的设计是制作碳纤维水泥石压敏传感器的重要环节之一。

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  • Influence of length and amount of carbon fiber, water cement ratio, curing age and moulding technology on electrical resistivity of carbon fiber cement composite were discussed experimentally.

    着重探讨了碳纤维长度与掺量、水灰比、龄期及成型工艺对碳纤维增强水泥基复合材料导电性的影响。

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  • Introduced the processing methods and applications of cement particle board, cement fiberboard, and cement wood fiber board.

    简要介绍了水泥刨花板、水泥纤维板、水泥木丝板的生产工艺和产品应用。

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  • The original masonry walls were protected by a single pitch temporary roof, made of corrugated fiber cement plates.

    原砌体墙受蔽于一个由波纹纤维水泥板组成的临时屋顶。

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  • The effect of the amount of fiber, the length of fiber, the ratio of water to cement on tensile strength, shear strength, compressive strength and elastic modulus was investigated.

    研究了纤维掺量、纤维长度、水泥土的水灰比等对纤维水泥土的抗折强度,抗压强度,抗拉强度和弹性模量的影响。

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  • The pressure sensitive behaviors of carbon fiber-reinforced cement-matrix composites with different moisture contents were studied.

    对碳纤维水泥基复合材料的压敏特性进行了实验研究。

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  • As a new composite material, carbon fiber-reinforced cement-matrix composite (CFRC) is gaining much attention in both the research community and engineering.

    碳纤维水泥基复合材料作为一种新型的复合材料,越来越受到人们的重视。

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  • The new GRC storing grain panel was made of plant straws, fly ash, cement, reinforced fiber as main raw, and some admixtures.

    新型GRC储粮仓板(仓)是以农业废弃物各种秸秆、粉煤灰、胶凝材料、增强纤维为主要原材料,配以各种改性外加剂而制成。

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  • The properties of crack resistance, impact resistance, frost resistance and fatigue resistance of cement were improved by adding polypropylene fiber.

    在混凝土中掺加聚丙烯纤维能有效地提高混凝土材料的抗裂性、抗冲击性、抗冻性能、改善混凝土的抗疲劳特性。

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  • The properties of crack resistance, impact resistance, frost resistance and fatigue resistance of cement were improved by adding polypropylene fiber.

    在混凝土中掺加聚丙烯纤维能有效地提高混凝土材料的抗裂性、抗冲击性、抗冻性能、改善混凝土的抗疲劳特性。

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