千锤百炼，全球认可

　　Insist on ORIGINAL TYFO®FIBRWRAP®SYSTEM-Tested, Proven and Accepted Worldwide.
　　泰扶®芳玻韧布(TYFO®Fibrwrap®)加固系统由美国1988年研制成功并申请了美国专利，是全球率先应用于结构加固的复合材料之一。该系统已被众多著名的研究机构及测试机构证明具有变形协调及超长的耐久性，十多年来，世界上已应用了上万例改造与加固修复的工程，目前在加固工程中每年均应用数百万平方米，是迄今全球仅有的通过了考核标准极为苛刻的ICBO认证，并在美国规范ACI 125中推荐使用的加固系统。

　　泰扶®芳玻韧布(TYFO®Fibrwrap®)均由美国加洲制造，并在全球注册了TYFO®Fibrwrap®商标，也已由上海久坚加固工程有限公司2002年在中国纤维与树脂领域注册了泰扶®商标，由于该系统的信誉，市场上出现了假冒、仿冒赝品，为了结构的安全和您个人的安全，敬请认准注册商标：泰扶®芳玻韧布(TYFO®Fibrwrap®) 并认准其正宗产品。

　　The TYFO®Fibrwrap® system was developed in 1988 in the United States and is one of the earliest composite systems to be installed in an actual as-built structure for structural strengthening. It has been thoroughly researched and tested in established academic and test institutes worldwide for its consistency in structural performance, as well as long term durability. The system is now accepted by renowned consultants as well as government institutes worldwide due to its proven performance and job references. It is the only system endorsed by the International Conference For Building Officials (ICBO) ACI 125 due to its ability to meet its rigorous test criteria.

　　The TYFO® Fibrwrap P® system is manufactured in the United States of America and is a registered trademark. Due to its track record and ease of acceptance by engineers all over the world, various suppliers have copied and falsely marketed their products under the TYFO®Fibrwrap®system brand name. Genuine TYFO®Fibrwrap®system are available as unsaturated, pre-saturated or prefabricated in glass, Kevlar and carbon combinations and can only be purchased from China exclusive distributor.

下列为对泰扶®芳玻韧布(TYFO® Fibrwrap®)系统进行测试研究的机构：
1.University of California, USA
2.Colorado State University, USA
3.National University of Singapore
4.Nanyang Technological University Singapore
5.West Virginia University, USA
6. University of Bologna, Italy
7.University of Canterbury, NZ
8.University of British Columbia, Canada
9.National Chung-kung University, Taiwan in China
10.Texas, DOT Materials Testing Lab, USA
11.Georgia, DOT Material Test Lab, USA
12.Universiy of Sherbrooke, Canada
13.City Polytechnic University, HongKong in China
14.Univemity of Korea
15.Indian Institute of Technology-Chennai, India
16.University of Tong Ji,China

　　注：虽然玻璃纤维易老化，但泰扶®树脂超长的耐久性及超强的渗透性成功地解决了这一问题，施工时它将完全溶入覆盖保护纤维丝而形成复合材料。因此该类材料的胶与布必须相匹配。仿冒赝品的树脂胶通常使用碳纤维胶，无法保证匹配，因而起不到加固作用。

                                        
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