Product Description

Precast I-girder formwork is a commonly used type of precast beam formwork in bridge construction. Its cross-sectional shape is I-shaped and has good load-bearing capacity and stability. It is suitable for various types of bridges, such as highways, railways, urban roads, etc.

Applications

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Advantages

1. Reduction in construction period: Boyoun precast I-girder are produced in the factory, allowing for quick completion of production components and reducing the construction period.

2. Reliable quality: Boyuan precast I-girder are produced in a standardized and large-scale factory, which enhances the reliability of product quality and specifications.

3. Strong adaptability: Boyoun precast I-girder can be tailored to different bridge spans and design requirements. They have a wide range of applications and can be applied to various types of bridge structures, such as road bridges, railway bridges, highway bridges, etc., with great versatility.

4. Energy conservation and environmental protection: The centralized production process of Boyoun precast I-girder can reduce waste and pollution, in line with the principles of energy conservation and environmental protection. Recycling is also in line with these principles.

4. Good economic benefits: The production and construction methods of Boyoun precast I-girder reduce labor costs, material costs, and construction machinery costs, achieving the goal of cost savings.

Delivery

FAQ

Q1: What is the scope of application of precast I-girder?

Precast I-girder is mainly used in road bridges, railway bridges, and other places where long span beam structures are required.

Q2: What is the load-bearing capacity of precast I-girder?

The load-bearing capacity of precast I-girder is dependent on factors such as design, production materials, and technology. Generally, precast I-girder can bear larger weights and have better bending resistance.

Q3: What is the durability of precast I-girder?

Boyoun precast I-girder have good corrosion resistance and anti-aging properties that can extend the service life.