Horse prestressed CFRP laminate circular anchors system(Post-tension CFRP system) includes anchoring devices and CFRP strip specially designed for bridge or long span beam reinforcement.
Carbon fiber and epoxy polymer lamination especially for Horse pre-stressed carbon fiber reinforced polymer(CFRP) strip system, with high strength and modulus.
• improve the bearing capacity of bridge structure,has incomparable advantages in large-span beam slab of flexural reinforcement.
• improve the bearing capacity of bridge structure,has incomparable advantages in large-span beam slab of flexural reinforcement.
The weight of a single anchor is only 6.3kg; Reduce mass by more than half compared to square anchor blocks
The weight of a single anchor is only 6.3kg; Reduce mass by more than half compared to square anchor blocks
There is no need for slotting during the construction of prestressed carbon plate circular anchors, which saves construction and reduces damage to the original components
There is no need for slotting during the construction of prestressed carbon plate circular anchors, which saves construction and reduces damage to the original components
The screw passes through the limit frame to fix the circular anchor, and the tensioning position is located at the centerline of the anchor to avoid the bending moment generated by the tensioning eccentricity from affecting the overall system
The screw passes through the limit frame to fix the circular anchor, and the tensioning position is located at the centerline of the anchor to avoid the bending moment generated by the tensioning eccentricity from affecting the overall system
Compared with prestressed carbon plate square anchors, the stress distribution on the carbon plate in the prestressed carbon plate circular anchor is more uniform, which can effectively avoid splitting
Compared with prestressed carbon plate square anchors, the stress distribution on the carbon plate in the prestressed carbon plate circular anchor is more uniform, which can effectively avoid splitting Prestressed CFRP System Application Range
• significantly reduce deformation of the structure and improve the bearing capacity of structure,decrease the crack width and
deflection deformation,and is suitable for large span beam slab of flexural reinforcement.
• improve the stiffness of structure ,and make full use of the material performance ,save a lot of materials and engineering cost.
Prestressed CFRP System Application Range
• significantly reduce deformation of the structure and improve the bearing capacity of structure,decrease the crack width and
deflection deformation,and is suitable for large span beam slab of flexural reinforcement.
• improve the stiffness of structure ,and make full use of the material performance ,save a lot of materials and engineering cost. Small and Lightweight
Adopting wedge-shaped self-locking clip anchor form
The greater the tension, the greater the clamping force
Optimized design of clip taper and tooth pattern
Avoiding slippage of carbon fiber board; Relieve stress concentration and protect carbon fiber board
Small and Lightweight
Adopting wedge-shaped self-locking clip anchor form
The greater the tension, the greater the clamping force
Optimized design of clip taper and tooth pattern
Avoiding slippage of carbon fiber board; Relieve stress concentration and protect carbon fiber board No Need for Slotting
No Need for Slotting
Center Tension Without Eccentricity
Avoiding eccentricity causing anchorage jamming, resulting in excessive deviation between actual elongation and theoretical elongation
Center Tension Without Eccentricity
Avoiding eccentricity causing anchorage jamming, resulting in excessive deviation between actual elongation and theoretical elongation
High Anchoring Efficiency
High Anchoring Efficiency
HM-20 Unidirectional Carbon Fiber Wrap
HM-1.2T Unidirectional Carbon Fiber Strip
HM-MJ50/100 Prestressed CFRP Plate System
HM-120CP CFRP Strip Adhesive
HM-30 Unidirectional Carbon Fiber Fabric
HM-60 Unidirectional Carbon Fiber Sheet
HM-1.4T Unidirectional Carbon Fiber Plate
HM-MJ20 Prestressed CFRP Strip System
HM-MJ-G20 Prestressed CFRP Laminate System
HM-CFN Carbon Fiber Mesh
HM Carbon Fiber Anchor
HM FRP Pile Jackets
Carbon plate specifications | Anchor frame specifications | Anchor bolt (Grade 8.8) | Tensioning screw (Grade 8.8) | Fixed end screw (Grade 8.8) |
| 3.0×20 | 240×260 | M12×6 | M20×1 | M20×1 |
| 1.4×50 / 2.0×50 | 300×370 | M16×8 | M30×1 | M30×1 |
| 3.0×50 / 4.0×50 | 300×530 | M16×8 | M30×1 | M30×1 |
1. Positioning and setting out
2. Base grinding
3. Planting anchor bolts
4. Install the limit frame
5. Cutting carbon fiber plate
6. Install carbon fiber plate
7. Install tensioning device
8. Install the circular pressure strip
9. Pre tensioning
10. Apply carbon laminate adhesive
11. Formal tensioning
12. Remove the jack
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