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Preparation formula determination method of anti-corrosion magnesium pipe pile, preparation method and magnesium pipe pile
The invention belongs to the technical field of salt resistance and corrosion prevention, and provides a preparation formula determination method of an anti-corrosion magnesium pipe pile, a preparation method and the magnesium pipe pile, firstly, according to a preset construction scene of the to-be-prepared pipe pile, the to-be-prepared pipe pile is divided into an underwater area, a splash area and an atmospheric area; then formulating formulas of materials required for preparing the pipe pile according to different areas, using magnesium concrete in the preparation formulas of the underwater area, the splash area and the atmospheric area to ensure the overall corrosion resistance of the pipe pile, using an anti-freezing agent and a preservative in the formula of the underwater area to reduce the direct damage of seawater to the pipe pile, and improving the corrosion resistance of the pipe pile. Carborundum and a waterproof compacting agent are used in the formula of the splash zone, the impact resistance is improved on the basis of improving the corrosion resistance, impact damage of seawater to the pipe pile is avoided, the waterproof compacting agent is added in the preparation formula of the atmosphere zone, and the economical efficiency is improved on the basis of improving the corrosion resistance; and the surface layer of the pipe pile does not need to be coated with a preservative, so that the requirement on a preparation process is reduced.
本发明属于耐盐防腐技术领域，提供了一种防腐镁质管桩的制备配方确定方法、制备方法及镁质管桩，首先按照待制备管桩的预设施工场景，将待制备管桩分为水下区、浪溅区和大气区；然后按照不同区域制定制备管桩所需材料的配方，在水下区、浪溅区和大气区的制备配方均使用了镁质混凝土，保证了管桩的整体防腐蚀性，在水下区的配方中使用了防冻剂和防腐剂，降低了海水对管桩的直接破坏，在浪溅区的配方中使用了金刚砂和防水密实剂，在提高防腐蚀性的基础上，提高了抗冲击性，避免了海水对管桩的冲击破坏，在大气区的制备配方中加入防水密实剂，在提高防腐蚀性的基础上，提高了经济性；且不需要在管桩表层进行防腐剂的涂覆，降低了对制备工艺的要求。
Preparation formula determination method of anti-corrosion magnesium pipe pile, preparation method and magnesium pipe pile
The invention belongs to the technical field of salt resistance and corrosion prevention, and provides a preparation formula determination method of an anti-corrosion magnesium pipe pile, a preparation method and the magnesium pipe pile, firstly, according to a preset construction scene of the to-be-prepared pipe pile, the to-be-prepared pipe pile is divided into an underwater area, a splash area and an atmospheric area; then formulating formulas of materials required for preparing the pipe pile according to different areas, using magnesium concrete in the preparation formulas of the underwater area, the splash area and the atmospheric area to ensure the overall corrosion resistance of the pipe pile, using an anti-freezing agent and a preservative in the formula of the underwater area to reduce the direct damage of seawater to the pipe pile, and improving the corrosion resistance of the pipe pile. Carborundum and a waterproof compacting agent are used in the formula of the splash zone, the impact resistance is improved on the basis of improving the corrosion resistance, impact damage of seawater to the pipe pile is avoided, the waterproof compacting agent is added in the preparation formula of the atmosphere zone, and the economical efficiency is improved on the basis of improving the corrosion resistance; and the surface layer of the pipe pile does not need to be coated with a preservative, so that the requirement on a preparation process is reduced.
本发明属于耐盐防腐技术领域，提供了一种防腐镁质管桩的制备配方确定方法、制备方法及镁质管桩，首先按照待制备管桩的预设施工场景，将待制备管桩分为水下区、浪溅区和大气区；然后按照不同区域制定制备管桩所需材料的配方，在水下区、浪溅区和大气区的制备配方均使用了镁质混凝土，保证了管桩的整体防腐蚀性，在水下区的配方中使用了防冻剂和防腐剂，降低了海水对管桩的直接破坏，在浪溅区的配方中使用了金刚砂和防水密实剂，在提高防腐蚀性的基础上，提高了抗冲击性，避免了海水对管桩的冲击破坏，在大气区的制备配方中加入防水密实剂，在提高防腐蚀性的基础上，提高了经济性；且不需要在管桩表层进行防腐剂的涂覆，降低了对制备工艺的要求。
Preparation formula determination method of anti-corrosion magnesium pipe pile, preparation method and magnesium pipe pile
防腐镁质管桩的制备配方确定方法、制备方法及镁质管桩
CHI SHIDAN (author) / YANG YONG (author) / HOU ZHEN (author) / CHEN ANXIN (author) / WANG XIAOCHEN (author) / WU JIANXIN (author) / XU BAIFENG (author) / CHENG LIEHAI (author)
2024-12-13
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
/
B28B
Formgeben von Ton oder anderen keramischen Stoffzusammensetzungen, Schlacke oder von Mischungen, die zementartiges Material enthalten, z.B. Putzmörtel
,
SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS, SLAG OR MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
/
E02D
FOUNDATIONS
,
Gründungen
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