优得堡系统 Ultradepot

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该系统是一种采用先进的无溶剂环氧树脂用于在役油罐防渗漏内壁非开挖改造的专利技术,具有机械强度高、致密性好、延展度大、优良的耐腐蚀性和电蚀性的优点。材料具有低VOC特点,极大地提高了作业的安全性和作业效率,具有快速施工、工期短、可靠、安全的特点,可避免安全事故。

该系统内壁可耐所有的油品(乙醇、甲醇汽油等)的腐蚀要求,并对油品无污染,完全满足耐各种油品。该系统可采取不同的贯通方式(3D纤维织物或铝箔方式)以达到长效保压要求,并可通过结构设计以达到自结构的要求,并有大量的应用案例。

The system adopts advanced solvent-free epoxy resin patented in-service oil tank leak-proof inner tank transformation technology. It has the advantages of high mechanical strength, good compactness, high ductility, excellent corrosion resistance and electrical corrosion resistance. Which greatly improves the safety and efficiency of operation for low VOC, resulting faster construction, reliability and safety. The inner wall can withstand the corrosion requirements of all oil products (methanol gasoline, etc.). The system can adopt different penetration modes (3D fiber fabrics or aluminum foil) to meet the requirement of long-term pressure retention, and can meet the requirement of self-structure through structural design.

优得堡系统 Ultradepot

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该系统是一种采用先进的无溶剂环氧树脂用于在役油罐防渗漏内壁非开挖改造的专利技术,具有机械强度高、致密性好、延展度大、优良的耐腐蚀性和电蚀性的优点。材料具有低VOC特点,极大地提高了作业的安全性和作业效率,具有快速施工、工期短、可靠、安全的特点,可避免安全事故。该系统内壁可耐所有的油品(乙醇、甲醇汽油等)的腐蚀要求,并对油品无污染,完全满足耐各种油品。该系统可采取不同的贯通方式(3D纤维织物或铝箔方式)以达到长效保压要求,并可通过结构设计以达到自结构的要求,并有大量的应用案例
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产品详情

该系统是一种采用先进的无溶剂环氧树脂用于在役油罐防渗漏内壁非开挖改造的专利技术,具有机械强度高、致密性好、延展度大、优良的耐腐蚀性和电蚀性的优点。材料具有低VOC特点,极大地提高了作业的安全性和作业效率,具有快速施工、工期短、可靠、安全的特点,可避免安全事故。

该系统内壁可耐所有的油品(乙醇、甲醇汽油等)的腐蚀要求,并对油品无污染,完全满足耐各种油品。该系统可采取不同的贯通方式(3D纤维织物或铝箔方式)以达到长效保压要求,并可通过结构设计以达到自结构的要求,并有大量的应用案例。

The system adopts advanced solvent-free epoxy resin patented in-service oil tank leak-proof inner tank transformation technology. It has the advantages of high mechanical strength, good compactness, high ductility, excellent corrosion resistance and electrical corrosion resistance. Which greatly improves the safety and efficiency of operation for low VOC, resulting faster construction, reliability and safety. The inner wall can withstand the corrosion requirements of all oil products (methanol gasoline, etc.). The system can adopt different penetration modes (3D fiber fabrics or aluminum foil) to meet the requirement of long-term pressure retention, and can meet the requirement of self-structure through structural design.