Solutions
Horse Construction offers full range of structural strengthening materials with technical supports, documentation supports, products supports, project supports.
Structural reinforcement, restoration and increased capacity are an integral part of today's concrete repair industry. Structural reinforcement may be required to increase the carrying capacity of beams, columns, walls and / or slabs.
Structural reinforcement, restoration and increased capacity are an integral part of today's concrete repair industry. Structural reinforcement may be required to increase the carrying capacity of beams, columns, walls and / or slabs. Perform seismic reconstruction to support other live or constant loads not included in the original design to reduce the stress caused by design or construction errors or restore the original structure's ability to withstand damaged structural elements.
As a professional manufacturer of reinforcement materials, Horse is a leader in structural reinforcement materials in China. Horse Construction initiated with researchers from various universities to support and complete many research and testing projects.
In addition to more traditional reinforcement methods, Horse provides the following reinforcement materials.
Use fiber-reinforced polymer (FRP) composite systems to enhance the deflection, shear, axial load and seismic strengthening capabilities of various structures. Glass fiber reinforced plastics (GFRP) and carbon fiber reinforced plastics (CFRP) are used in these applications, with CFRP being used for most structural applications.
Application range:
All concrete, wood and steel structures
Benefit:
Fast completion time
Cost-effective compared to delete and replace options
No need to add additional static load to the structure
At least need to enter the work area
Does not involve heavy equipment
Corrosion-resistant system
No maintenance
Structural slabs or steel plates are usually added to concrete structures so that they can withstand additional loads. In most applications, steel plates are bonded to concrete with epoxy adhesives. In addition to bonding, it is also a good practice to bolt steel plates to concrete.
Although this process is relatively labor and equipment intensive, in many applications, the use of steel plates is the best choice for structural reinforcement
Application range:
bridge
Parking structure
Industrial plants
Benefit:
low cost
Vandal-proof and wear-resistant
For strengthening prestressed concrete beams or floors, a simple external bonding reinforcement system may be insufficient. In these cases, it may be necessary to use the reinforcement system in combination with the existing built-in prestressed system to increase the load-bearing capacity of the concrete structure.
Application range:
bridge
Parking structure
building
Other industrial concrete or steel structures
Benefit:
Increase the bearing capacity of the structure to the design specifications
The shortest construction time required
Minimal or no impact on transportation / factory operations
You can find anything here you are in need of, have a trust trying on these products, you will find the big difference after that.
High strength, unidirectional carbon fiber wrap pre-saturated to form a carbon fiber reinforced polymer (CFRP) wrap used to strengthen structural concrete elements.
Prestressed carbon fiber reinforced polymer(CFRP) plate for slab, beam strengthening to increase stiffness, reduce distortion and deflection of members, reduce the cracks, avoid and stop cracking.
Two-component epoxy modified epoxy structural strengthening adhesive for bonded steel plate to concrete