- 售后:
- 现场指导
- 价格:
- 优惠
- 性价比:
- 高
The new shear wall formwork support wall support uses steel instead of wood, saving wood resources
The new shear wall formwork support wall support formwork main and secondary back flutes (keels) are made of thin-walled steel, replacing The square wood in the traditional formwork technology increases the service life of the material and saves wood resources.
The main components of the new shear wall formwork support wall support are standardized and have strong applicability
The new shear wall formwork support wall support main and secondary back flutes (keel) lengths are made according to the standard module and vary according to the building The sizes can be assembled at will and can be used for multiple projects.
The construction of the new shear wall formwork support wall support is simple and convenient
The new shear wall formwork support wall support components mostly adopt socket and pin type, which are simple and convenient to install and dismantle, and the construction speed is fast, which is different from the traditional support. Compared with the mold process, it can improve work efficiency3.
The new shear wall formwork support wall support formwork has high strength, stiffness and good stability
The new shear wall formwork support wall support formwork system has high strength and stiffness, good stability performance, and greatly improves Improves the quality of concrete pouring and can achieve the effect of fair-faced concrete.
New shear wall formwork support features
, safe, reliable, simple and efficient,
, save wood, protect limited forest resources,
save steel, protect non-renewable mineral resources,
, Save plastic, ensure project quality, and ensure public health,
, Save cement, reduce dust emissions, and reduce environmental pollution
, Save sand, and protect the land resources we rely on for survival, < br/> , save energy, reduce electricity consumption, reduce air pollution,
, save labor, improve work efficiency,
, products can be recycled, and waste can be regenerated.