The classification of architectural template paper mainly includes the following types:
Aluminum template: Aluminum template has the characteristics of simple assembly, good stability, and strong bearing pressure. It can be freely combined according to different shape requirements and is suitable for complex integral formwork. The number of repeated recycling of aluminum templates is higher than that of other architectural templates.
Steel template: Steel template is easy to construct, has strong versatility, can be recycled for a large number of turnovers, and has a strong and stable material. However, it is necessary to pay attention to maintenance and storage to avoid rust affecting use.
Clear water template: Clear water template is a kind of plywood. The surface coating technology makes it smoother, lighter, and convenient for transportation and turnover. It is suitable for reducing workload and labor costs, and has high strength and integrity.
Phenolic mirror template: The surface of phenolic mirror template uses phenolic glue, which has good waterproof effect, smooth surface and easy demoulding. It is used less frequently, but it is more practical.
Plastic formwork: Plastic formwork uses polypropylene as raw material, has high strength and is easy to demold. It is suitable for use in guardrails, ditches, buildings, roads and other formworks to increase construction speed.
Wooden formwork: It uses wood as the main raw material, which is economical and affordable, but requires regular maintenance.
Bamboo formwork: Traditional building formwork, with the characteristics of light weight, high strength, good toughness, low cost, and easy construction and installation.
Steel-wood formwork: A fixed formwork with angle steel as the frame and wooden panel, which can be reused many times.
Fiberglass formwork: A composite material formwork with glass fiber as the reinforcing material and synthetic resin as the matrix, which has excellent performance.
These building formwork papers have their own characteristics and are suitable for different construction needs and environmental conditions.