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    • 1. 发明授权
    • 고강도 콘크리트 부재의 폭렬방지구조
    • 高强度混凝土的抗剥落结构
    • KR100907442B1
    • 2009-07-10
    • KR1020080032589
    • 2008-04-08
    • 주식회사 인트켐한국건설기술연구원주식회사 포스코건설
    • 안상욱박동철양완희이정우조장원최해영이세현김현배이종인김우재이희수
    • E04B1/94E04C5/07
    • A spalling failure prevention structure of a high-strength concrete member is provided to improve the quality of construction with the simple dry work, to apply the structure to the new or already constructed structure, and to enough secure the fire extinguishing time and the taking shelter hour by delaying that structure is broken down by preventing spalling failure in a fire. A spalling failure prevention structure of a high-strength concrete member is composed of a high-strength concrete member(10), an inorganic insulation layer(30) formed in the outer side of the high-strength concrete member, a fire resistant board(20) adhered to the outer surface of the inorganic insulation layer, a finish board(50) adhered to the outer surface of the inorganic insulation layer, and an air layer. The fire resistant board is formed at the thickness more than 15mm, and has the fire-resistance efficiency in which backside temperature is controlled at 200-450°C for three hours. The inorganic insulation layer is formed as the board type inorganic heat insulating material having glass surface or rock surface in order to have the thermal conductivity less than 00.1kcal /mh°C.
    • 提供高强度混凝土构件的防剥落结构,通过简单的干燥工作提高施工质量,将结构应用于新建或已建成的结构,并充分确保灭火时间和采空区 通过延迟该结构通过防止火灾中的剥落故障而分解。 高强度混凝土构件的剥落破坏防止结构由高强度混凝土构件(10),形成在高强度混凝土构件的外侧的无机绝缘层(30),耐火板( 20)粘合到无机绝缘层的外表面,附着到无机绝缘层的外表面的精加工板(50)和空气层。 防火板的厚度大于15mm,耐背击温度控制在200-450℃3小时。 无机绝缘层形成为具有玻璃表面或岩石表面的板式无机绝热材料,以具有小于100.1kcal / mh℃的导热率。
    • 4. 发明公开
    • 고내화성 경량벽체용 조성물 및 이를 이용한 고내화성 경량벽체 시공방법
    • 用于高耐火轻质墙体和轻量壁建筑方法的组合物
    • KR1020130128635A
    • 2013-11-27
    • KR1020120052499
    • 2012-05-17
    • 주식회사 인트켐주식회사 포스코건설
    • 안상욱박동철양완희이정우황지순김현배이종인김우재유조형홍석범
    • C04B18/04C04B16/08C04B14/04E04B1/94
    • Y02W30/91C04B18/141C04B14/04C04B16/08E04B1/94
    • The present invention relates to a high fire resistant light-weight walls and, more specifically, to a composition for manufacturing high fire resistant light-weight walls which is favorable in manufacturing high fire resistant light-weight walls, a composition for manufacturing high fire resistant light-weight walls which can be favorably used for adhesion between light-weight wall panels, and a method for constructing high fire resistant light-weight walls which desirably uses the two compositions in order to finish into boundary barriers with two hours of fireproofing properties which are put between households. The composition for manufacturing high fire resistant light-weight walls according to the present invention is provided as a composition for manufacturing high fire resistant light-weight walls for manufacturing high fire resistnat light-weight wall panels by comprising: 40-82 wt% of blast furnace slag fine powder, 10-30 wt% of fly ash, 3-25 wt% of metakaolin, 100 parts by wieght of low volume cement binder comprising 5-15 wt% of normal Portland cement, 30-55 parts by weight of mixed water, 4-13 parts by weight of alkali activator, and 0.5-8 parts by weight of light weight aggregate, or is provided as an adhesion composition for bonding high fire resistant light-weight wall panels which adheres the light-weight wall panels by comprising: 40-82 wt% of blast furnace slag fine powder, 10-30 wt% of fly ash, 3-25 wt% of metakaolin, 100 parts by wieght of low volume cement binder comprising 5-15 wt% of normal Portland cement, 35-45 parts by weight of mixed water, 5-15 parts by weight of alkali activator, 60-250 parts by weight of quartz sand, and 0.5-10 parts by weight of and 0.5-8 parts by weight of vermiculite. [Reference numerals] (AA) Comparative example;(BB) Example;(CC) Test picture;(DD) Text result;(EE) Back side temperature;(FF) Heating curve;(GG) Maximum temperature of the center part of a heated back side after two hours later: 253;(HH) Fireproof soil;(II) Joint;(JJ) Maximum temperature of the center part of a heated back side after two hours later: 88
    • 本发明涉及高耐火轻质壁,更具体地说涉及一种制造高耐火轻质墙壁的高耐火轻质墙体用组合物,制造高耐火轻质墙体的组合物 可以有利地用于轻质墙板之间的粘合的轻质墙壁和用于构造高耐火轻质墙壁的方法,其中期望使用两种组合物以便完成具有两小时防火性能的边界屏障 在家庭之间。 根据本发明的用于制造高耐火轻质壁的组合物被提供作为用于制造高耐火轻质墙板的高耐火轻量壁的组合物,包括:40-82重量%的爆炸 炉渣细粉,10-30重量%的飞灰,3-25重量%的偏高岭土,100重量份的低体积水泥粘合剂,其包含5-15重量%的普通硅酸盐水泥,30-55重量份的混合 水,4-13重量份的碱活化剂和0.5-8重量份的轻质骨料,或提供作为粘合组合物用于粘接高耐火轻质墙板,其通过以下方式粘合轻质墙板: 包括:40-82重量%的高炉矿渣细粉,10-30重量%的飞灰,3-25重量%的偏高岭土,100重量份的低体积水泥粘合剂,包含5-15重量%的普通波特兰水泥 ,35-45重量份的混合水,5-15重量份的碱 锂活化剂,60-250重量份石英砂,和0.5-10重量份和0.5-8重量份的蛭石。 (AA)比较例(BB)实施例(CC)试验图;(DD)文本结果;(EE)背面温度;(FF)加热曲线;(GG)中心部分的最高温度 两小时后加热背面:253;(HH)防火土;(II)接头;(JJ)两小时后加热背面的中心部分的最高温度:88
    • 6. 发明公开
    • 고내구성 하이볼륨 고로슬래그 콘크리트
    • 高耐久混凝土含有高容积的SLAG
    • KR1020130087663A
    • 2013-08-07
    • KR1020120008683
    • 2012-01-30
    • 주식회사 인트켐주식회사 포스코건설
    • 안상욱박동철양완희이정우황지순김현배이종인김우재유조형홍석범
    • C04B18/14C04B22/14C04B24/24C04B28/06
    • Y02W30/94C04B18/141C04B22/143C04B24/24C04B28/06
    • PURPOSE: A high durable concrete containing high volume blast furnace slag is provided to secure fluidity and high durability by adding an alkali activator of a specific composition to a binder while increasing the usage of blast furnace slag to 90% of the binder. CONSTITUTION: A high durable high-volume blast furnace slag uses 50-90 weight% of blast furnace powder slag, 9.9-47 weight% of normal portland cement, and 0.1-3 weight% of an alkali activator. The unit binder weight during mixing concrete is 250-800kg/m^3, and the unit water is140-400kg/m^3. The alkali activator comprises: calcium peri aluminate(4CaO·3(Al2O3, Fe2O3)·SO3) powder; sodium calcium sulfate(Na2Ca(SO4)2) powder; and pulverized calcium sulfate-silica sol powder. The pulverized calcium sulfate-silica sol powder is manufactured by adding silica sol to CaSO4 and pulverizing the mixture. The specific gravity of the alkali activator is 2.20-3.10, and the alkali activator contains 25-65% of SO3. [Reference numerals] (AA) Outside air temperature
    • 目的:提供一种含高容量高炉矿渣的高耐用混凝土,以通过向粘合剂中加入特定组成的碱活化剂来确保流动性和高耐久性,同时将高炉矿渣的使用量增加到粘合剂的90%。 构成:高耐用的高容量高炉矿渣使用50-90重量%的高炉粉渣,9.9-47重量%的普通硅酸盐水泥和0.1-3重量%的碱活化剂。 混凝土搅拌机单位粘度为250-800kg / m ^ 3,单位水量为140-400kg / m ^ 3。 碱活化剂包括:铝酸钙(4CaO·3(Al2O3,Fe2O3)·SO3)粉末; 硫酸钙钠(Na2Ca(SO4)2)粉末; 和粉碎的硫酸钙二氧化硅溶胶粉末。 通过将硅溶胶加入到CaSO 4中并粉碎混合物来制造粉碎的硫酸钙 - 硅溶胶粉末。 碱活化剂的比重为2.20-3.10,碱活化剂含有25-65%的SO3。 (附图标记)(AA)外部空气温度