Carbon Fiber, Smarter Choice for Structural Strengthening

Unidirectional Carbon Fiber Fabric, Smarter Choice for Structural Strengthening

Unidirectional Carbon Fiber, Smarter Choice for Structural Strengthening     Unidirectional Carbon Fiber, Smarter Choice for Structural Strengthening


Why is unidirectional carbon fiber fabric a smarter choice for structural strengthening reinforcement?


Unidirectional carbon fiber fabric, more economical and effective than traditional structural strengthening reinforcement technology.


When the concrete structure is damaged or damaged, structural reinforcement is required. If the load is increased due to design defects or code changes and increased life requirements due to asset aging, this equipment is also required.


Limitations of traditional technology Regardless of the reason, if corrective measures are not taken in time, the impacted concrete structure may become a liability. Steel casing method and concrete section expansion method are commonly used reinforcement methods for various concrete buildings. However, these traditional methods have several limitations: increasing the quality of the original components, reducing the free space available, slow implementation and installation difficulties. In addition, they need heavy equipment on the project site.、


What is FRP composite material? FRP composite material is a lightweight and high-performance material. These are made by synthesizing carbon or e glass fiber and polymer material. FRP composite materials are used in the aerospace, automotive and defense production sectors, and are now widely used in the civil engineering industry. Among them, unidirectional carbon fiber fabric is widely used in structural reinforcement.


In recent years, the advantages of carbon fiber structure reinforcement have been rapidly developed. Used when a high strength-to-weight ratio is required, carbon fiber materials exceed traditional technologies in many aspects.


Key advantages of carbon fiber structural strengthening include: 

Easier and faster installation procedure 

Convenient, user-friendly application technique

Considerable capacity enhancement

Minimal weight gain

Non-corrosive in nature

Superior tensile strength

Compatible with multiple coatings/finishes 

Highly effective for confinement and shear strengthening applications


As a leader in the field of structural reinforcement and protection materials, Horse Construction has effectively solved various structural problems through the application of appropriate carbon fiber materials.


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FRP Composite Strengthening System

Externally bonded fiber reinforced polymer(FRP) for structural strengthening and concrete repair. Horse FRP composite strengthening systems provide efficient materials for the structural reinforcement and retrofit of aging, damaged or overloaded concrete,

      Horse Unidirectional Carbon Fiber Wrap

  • Horse Unidirectional Carbon Fiber Fabric

  • Horse Unidirectional Carbon Fiber Sheet

  • Horse Carbon Fiber Primer

  • Horse Levelling Adhesive

  • Horse Carbon Fiber Adhesive

  • Horse CFRP Strip Adhesive

  • Horse Carbon Fiber Strip



Produk Teranjum Horse Construction

Anda dapat menemukan segala yang Anda butuhkan di sini. Percayalah dan cobalah produk - produk ini, Anda akan menemukan perbedaan yang besar setelah itu.

Pelat Serat Karbon Unidirectional HM-1.2T

Pelat polimer bertulang serat karbon (CFRP) Horse adalah pelat komposit yang diawetkan terlebih dahulu, yang diikatkan ke struktur sebagai perkuatan eksternal dengan epoksi HM-120CP.

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Polimer Yang Diperkuat Serat Karbon HM-30

Serat karbon Horse Construction digunakan untuk perkuatan struktural, perbaikan, dan perbaikan substrat beton, pasangan bata, baja, dan kayu pada bangunan, jembatan, jalan raya, rel kereta api, terowongan, dermaga, dan bandara sipil.

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Kain Serat Karbon Unidirectional HM-60

Serat karbon Horse Construction digunakan untuk perkuatan struktural, perbaikan, dan perbaikan substrat beton, pasangan bata, baja, dan kayu pada bangunan, jembatan, jalan raya, rel kereta api, terowongan, dermaga, dan bandara sipil.

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