PRECAST
Precast reinforced inverted beam
U drain casting
I girder curing
Precast reinforced inverted beam
Benefits
Precasting offers many advantages over cast in situ concrete construction.
Time-saving
Precast products are manufactured off-site, allowing for faster construction times. That can significantly reduce project timelines and improve overall efficiency.
Cost-effective
Off-site manufacturing reduces labour costs, minimizes material waste, and allows for better quality control. Additionally, precast concrete can result in reduced repair and maintenance costs over time.
Design flexibility
Structural precast concrete panels & elements offer a wide range of design possibilities due to their ability to be moulded into various shapes and sizes.
Durable
Precast concrete construction is known for its strength and durability, making it ideal for withstanding extreme weather conditions, seismic loads & events, and other external factors.
Quality control
Precast components are produced in a controlled environment, ensuring consistent quality and a reduced risk of defects increasing concrete strength.
Sustainable
Precast concrete has a high thermal mass, contributing to energy efficiency in buildings. The durability of precast concrete also prevents the need for frequent replacements, reducing the use of resources.
Precast Products
Its applications are far and wide. From commercial buildings, Precast concrete structures, and structural elements to Drainage concrete elements, and other finished products are all moulded in a precasting yard.
Precast Girders
U-Girder, I-Girder, T-Girder & Box-Girder
Culverts
Box culvert & Pipe Culvert
Precast Beams
L beam, Rectangle beam & Inverted beam
Precast
Concrete Walls
Precast
Floor Slab
Manhole
Round, Square & Rectangle
Drains
U drain, Saucer drain & Slit drain.
Junction Box
Advantages of Precast
Time Saving
50%
Compared to cast in situ construction
Cost Saving
30%
In large construction projects.
About Precast
Know More About Precast Systems
Precast units are produced in a casting yard by pouring concrete in a reusable mould or "form" which is then cured in a controlled environment. Once fully cured, precast elements are then transported to the construction site for the erection process. Precast elements can be connected and assembled easily with other structural components, such as steel or timber elements. Precast products are suitable for a wide variety of applications, including residential buildings, precast panels, concrete beams, concrete slabs, concrete panels, bridges, sound walls, concrete sandwich wall panels, crash barriers, tunnel segments, concrete surfaces, parking structures, architectural panels, cladding panel, apartment buildings, retaining walls and more.
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Precast structures are widely used in infrastructure projects, prestressed concrete and post-stressed concrete further increase their compressive strength. The key factors in the success of precast in the construction industry are due to its safety & adequate strength. These finished concrete products also are very helpful in saving time & space and reducing risks to people versus onsite casting. The Precast Concrete industry is mainly dominated by Government initiated projects for infrastructural development.
