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A platform for research: civil engineering, architecture and urbanism
Novel composite material form erection formwork and manufacturing process
The invention relates to a novel composite material form erection formwork and a manufacturing process. The form erection formwork comprises a formwork body (1), formwork end plates (2), transverse reinforcement rods (3) and longitudinal reinforcement rods (4), wherein the formwork end plates (2) are arranged at two ends of the formwork body (1) respectively, the multiple transverse reinforcementrods (3) are evenly arranged on a bottom plate of the formwork body (1) in parallel, two ends of the transverse reinforcement rods (3) are in contact with side plates of the formwork body (1), the multiple longitudinal reinforcement rods (4) are evenly arranged on the transverse reinforcement rods (3) in parallel, two ends of the longitudinal reinforcement rods (4) are in contact with the formworkend plates (2), and the contact joints of the formwork body (1), the formwork end plates (2), the transverse reinforcement rods (3) and the longitudinal reinforcement rods (4) are provided with polyurethane rigid foam for curing bonding. The novel composite material form erection formwork is simple and novel in structure, high in mechanical strength, high in bearing capacity, low in weight and capable of achieving energy conservation and environment protection, the manufacturing process is advanced, mature and easy to implement, the manufacturing efficiency can be improved, and the manufacturing cost can be reduced.
本发明涉及一种新型复合材料支模模板及制作工艺，该支模模板包括模板主体(1)、模板端板(2)、横向加强筋杆(3)和纵向加强筋杆(4)，模板端板(2)分别设置在模板主体(1)的两端，多个横向加强筋杆(3)并列均匀设置在模板主体(1)的底板上，其两端与模板主体(1)的侧板相接触，多个纵向加强筋杆(4)并列均匀设置在横向加强筋杆(3)上，其两端与模板端板(2)相接触，模板主体(1)、模板端板(2)、横向加强筋杆(3)和纵向加强筋杆(4)的接触连接处设有聚氨酯硬质泡沫固化粘接，本发明结构简单新颖，机械强度高，承重能力强，重量轻，节能环保，制作工艺先进成熟、易实施，可提高制作效率，降低制作成本。
Novel composite material form erection formwork and manufacturing process
The invention relates to a novel composite material form erection formwork and a manufacturing process. The form erection formwork comprises a formwork body (1), formwork end plates (2), transverse reinforcement rods (3) and longitudinal reinforcement rods (4), wherein the formwork end plates (2) are arranged at two ends of the formwork body (1) respectively, the multiple transverse reinforcementrods (3) are evenly arranged on a bottom plate of the formwork body (1) in parallel, two ends of the transverse reinforcement rods (3) are in contact with side plates of the formwork body (1), the multiple longitudinal reinforcement rods (4) are evenly arranged on the transverse reinforcement rods (3) in parallel, two ends of the longitudinal reinforcement rods (4) are in contact with the formworkend plates (2), and the contact joints of the formwork body (1), the formwork end plates (2), the transverse reinforcement rods (3) and the longitudinal reinforcement rods (4) are provided with polyurethane rigid foam for curing bonding. The novel composite material form erection formwork is simple and novel in structure, high in mechanical strength, high in bearing capacity, low in weight and capable of achieving energy conservation and environment protection, the manufacturing process is advanced, mature and easy to implement, the manufacturing efficiency can be improved, and the manufacturing cost can be reduced.
本发明涉及一种新型复合材料支模模板及制作工艺，该支模模板包括模板主体(1)、模板端板(2)、横向加强筋杆(3)和纵向加强筋杆(4)，模板端板(2)分别设置在模板主体(1)的两端，多个横向加强筋杆(3)并列均匀设置在模板主体(1)的底板上，其两端与模板主体(1)的侧板相接触，多个纵向加强筋杆(4)并列均匀设置在横向加强筋杆(3)上，其两端与模板端板(2)相接触，模板主体(1)、模板端板(2)、横向加强筋杆(3)和纵向加强筋杆(4)的接触连接处设有聚氨酯硬质泡沫固化粘接，本发明结构简单新颖，机械强度高，承重能力强，重量轻，节能环保，制作工艺先进成熟、易实施，可提高制作效率，降低制作成本。
Novel composite material form erection formwork and manufacturing process
一种新型复合材料支模模板及制作工艺
JIAO ZHENQING (author) / YIN HONGHU (author) / CHAI SHUBIN (author)
2020-10-27
Patent
Electronic Resource
Chinese
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