Soluciones
La gama de negocios de construcción de caballos se extiende a todo el mundo y sirve a miles de clientes con productos, orientación técnica especializada en construcción, y somos testigos del reinicio de la marca china con ellos.
There are a variety of ways to reinforce building, but mainly from two aspects, one is retrofitting to the damaged and the other is up to a certain resistance to abuse such as seismic retrofitting
First, the foundation reinforcement:
(1) Reinforcement of foundation by grouting: It is applicable to reinforce foundation on the basis of uneven settlement due to stress, frost heaving or other reasons.
(2) To increase the basis of the bottom area: It is applicable to reinforce existing buildings when the foundation bearing capacity or foundation area size does not meet the design requirements.
(3) Anchor Static Pressure Pile: It is suitable for foundation soil consolidation and rectification and consolidation of silt, muddy soil, cohesive soil, silt and artificial soil.
(4) Root reinforcement: It is suitable for foundation soil consolidation and rectification and consolidation of silt, muddy soil, cohesive soil, silt and artificial soil.
Second, the column strengthening:
(1) Reinforcement of concrete enclosure: It is suitable for reinforcement when the cross-section flexural capacity and shear capacity are not enough.
(2) Epoxy bonded steel plate: applies to the serious lack of capacity when the cross-section, and does not allow to increase the cross-section reinforcement.
Third, the wall reinforcement:
(1) Mortar surface reinforcement: suitable for carrying capacity of similar static reinforcement and seismic reinforcement.
(2) Reinforced mesh mortar surface reinforcement: suitable for static reinforcement and high strength seismic reinforcement.
(3) Reinforcement of reinforced concrete wall: apply to a larger increase of static reinforcement and seismic reinforcement.
Fourth, the beam strengthening:
(1) Steel jacketing, epoxy bonded steel plate reinforcement.
(2) The use of carbon fiber fabric, carbon fiber reinforced polymer laminate(CFRP laminate/strip/plate).
(3) The use of increased cross-section reinforcement.
Fifth, the slab reinforcement:
(1) Steel jacketing, epoxy bonded steel plate reinforcement.
(2) The use of carbon fiber fabric, carbon fiber reinforced polymer laminate(CFRP laminate/strip/plate).
Six, the balcony strengthening:
(1) Steel jacketing, epoxy bonded steel plate reinforcement.
(2) The use of carbon fiber fabric, carbon fiber reinforced polymer laminate(CFRP laminate/strip/plate).
Seven, anchoring anchor:
Suitable for adding new columns, add more wall, new floor and hole sealing.
Eight, curtain wall strengthening
For curtain wall and steel structure base parts, fence installation.
Puede encontrar cualquier cosa que necesite, confíe en probar estos productos y encontrará la gran diferencia después de eso.
Tejido de fibra de carbono unidireccional de alta resistencia para refuerzo de compuesto de polímero reforzado con fibra (FRP).
Lámina de fibra de carbono pultruída para reforzamiento de estructuras
Adhesión de acero y hormigón, utilizada para el refuerzo sísmico de muchos edificios.