What the Precast Concrete I-Girder ?
A ONE CRETE – PRECAST INDUSTRY Precast Concrete Roofing System
A ONE CRETE – PRECAST INDUSTRYleverages its extensive experience in precast concrete technology in Pakistan to craft robust and resilient girders. Our precast concrete roofing girders are constructed using high-strength steel wires and strands, meticulously tensioned within the girder to pre-compress the surrounding concrete. This unique process equips our precast concrete I-Girders with the ability to withstand and support the most demanding external loads.
The synergy of steel and concrete in this ultimate combination is not only cost-effective but also highly efficient. Utilizing prestressed precast concrete I-Girders in construction results in both affordability and long-term durability, making them ideal for residential, commercial, and industrial projects.
Our prestressed girders and slabs are available in a variety of sections and sizes, ensuring they can cater to all your construction requirements. Designed to bear heavy loads with efficiency, safety, and resilience, they provide a dependable solution for roofing construction projects.
Column
- 4×10
- 5×12
- 5×14
- 6×15
- Available according to the demands of the Client
A ONE CRETE Prestressed Girders System: Benefits and Applications
- Outstanding cost savings
- Allows easy and quick erection
- Manufactured under highest quality standards
- Guaranteed best price
- Reusable
- Pretested and durable material
- Suitable to use for small and medium sized spans
- Can be used for variety of constructions
- Ideally suitable for medium sized constructions
Load Bearing Chart
The Load Bearing Chart for Secondary Girders provides essential data to ensure optimal performance and safety in structural applications. It details the load capacities of various girder sizes under specific conditions, helping engineers and construction professionals make informed decisions for their projects.
For precise information tailored to your requirements, consult the chart to assess factors such as span length, girder dimensions, and material strength, ensuring compliance with engineering standards and safety protocols.
