Industry BackgroundRequirement Analysis
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Offshore wind power has great potential for development， its proximity to energy load centres and its environmental friendliness.
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Offshore wind power faces harsh environmental conditions of high wind speeds, strong waves, corrosive climate and seawater erosion in the marine environment.It is very easy to cause damage to wind power equipment, weakening of the equipment structure, increasing safety hazards, and may seriously lead to accidents such as detachment of wind turbine blades and tipping of towers, posing a threat to the surrounding environment and people.
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Offshore wind is far from land, the maintenance and overhaul of wind turbines need to rely on ships and specialised teams, with higher operation and maintenance costs.
Product ApplicationCore Requirements
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The design life is generally 20-30y to improve the durability and reliability of the equipment and to ensure the long-term stable operation of the equipment.
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Extend service life, reduce maintenance costs and repair costs, and reduce pollution to the environment.
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Ensure the sustainable development of offshore wind facilities.
Execute standardfile download
NB/T 31006-2011海上风电场钢结构防腐蚀技术标准 GB/T 31817-2015 风力发电设施防护涂装技术规范 GB/T 1740漆膜耐湿热测定法 GB/T 1771色漆和清漆 耐中性盐雾性能的测定 GB/T 1865色漆和清漆人工气候老化和人工辐射暴露滤过的氙弧辐射
Offshore-Wind Power Solution
1. 底漆层-环氧富锌底漆
作用，层间提高附着力、提供强防腐功能、耐酸碱、电化学性
机理,该产品中含有能牺牲阳极的金属锌粉微粒与钢铁表面达到电接触程度，保护钢铁表面减少腐蚀。
2. 中间层-环氧云铁中间漆、厚浆型环氧漆
作用，增强理化性能、提高附着力、屏蔽隔绝、配套性广泛
机理，该产品中有较高颜料体积浓度的鳞片状颜料，成膜后颜料平行定向重叠呈”鱼鳞“结构排列，隔绝阻挡水、氧和离子从外界腐蚀环境透过涂层到达钢铁表面。
3. 面漆层--抗结冰易清洁氟碳面漆
作用，耐高低温交变、低表面能抗结冰、超耐侯耐老化、超强耐酸碱及盐雾
机理，该产品以自主创新的多元共聚FEVE氟碳树脂为主体，借助多级抗结冰助剂与树脂的界面匹配优化技术，生成自润滑除冰涂层，表现出优异的疏冰性、低表面能和自润滑性能，保证涂层在高低温交变环境下长时间使用。
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