Shandong Panshi Heavy Industry Machinery Co., Ltd.

Product introduction
Pansol Pier steel formwork is a formwork system for building piers used in bridge construction. It is made of high-strength Q235b steel or 201 stainless steel, which is strong, durable and reusable. These formwork plates usually consist of steel plates, support systems and connectors that can be freely assembled and adjusted according to specific design requirements.

Product technical parameters
Material: Q235b steel, stainless steel, durable and reusable.
Supply mode: drawing design and OEM customization according to project requirements
Formwork type: square pier formwork, vase-shaped pier formwork, double-curve-shaped pier formwork, Y-shaped pier formwork, etc.
Panel thickness: ≥6mm.
Splicing accessories: bolts, tie rods, etc.
Surface treatment: spray antirust paint to minimize the rust of the formwork.
Application engineering: concrete pouring construction of bridge pier and column structure.

Product advantages
High strength and durability: due to the use of high-strength steel, the pier steel formwork has a high load-bearing capacity and durability, can withstand large loads, and can still maintain stable performance after many times of use.
Reusable: Compared with traditional wooden formwork, steel formwork can be reused many times, which not only reduces the waste of materials, but also reduces the construction cost.
High precision: pier steel formwork is made with high precision and good dimensional stability. Through precise manufacturing and adjustment, it can ensure the accurate size and shape of the pier column and improve the construction quality.
Quick installation: due to the modularized design, the installation is easy and quick. Workers only need to carry out simple assembly and adjustment to complete the construction of the pier template, greatly reducing the construction cycle.
Safe and reliable: the design of the steel mold plate takes into account the safety during the construction process and ensures stability and reliability when pouring concrete.

Applicable projects
Bridge engineering for roads, railroads and waterways