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Smart Construction (VLM Egypt) is a company specialized in
supplying and installing VLM prestressing system in Egypt.
The company was established in 2018 and yet gaining
clients satisfaction and well reputation in the Egyptian
market. Smart construction is the sole agent of VLM
prestressing system in Egypt, as well as, a qualified operator
for VLM system.
We aim to deliver the ultimate quality for each project that
we create, passion is our key of success, ambition is what
drives us, and experience is our most powerful leverage.
In a market full of opportunities our goal is to deliver quality
that caters each project to new heights and sustain the
highest levels of professionalism.
we have in-house design and engineering teams that work closely with architects, contractors, and structural engineers to develop customized post-tensioning solutions for various projects
We supply VLM systems, including steel tendons, anchorages, ducts, sheathing, and other components required for system installation
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We offer professional installation services for our products. Our experienced technicians install the system on-site according to the approved design plans.
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We provide repair and maintenance services for existing post-tensioned and traditional structures.
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We offer consulting services. For instance, we provide expert advice on post-tensioning systems, design optimization, value engineering, and construction methodologies.
We organize training programs or workshops to educate engineers, architects, contractors, and other professionals about the principles and best practices of post-tensioning.
Post-tensioning is a construction technique to reinforce concrete structures, such as beams and slabs. It involves the application of tension to steel cables or tendons after the concrete has been cast and cured.
The process typically involves placing ducts or sleeves within the concrete formwork before pouring the concrete. High-strength steel cables or tendons are inserted through these ducts. The ends of the tendons are then anchored to the structure using specialized anchorages.
After concrete pouring and hardening, hydraulic jacks apply tension to tendons. This tensioning process helps to compress the concrete and create a pre-stressed state in which the tendons exert a pulling force on the structure. The level of tension applied is calculated based on design requirements and structural analysis.
The post-tensioning tendons help to distribute the load more evenly across the slab, reducing the occurrence and width of cracks that may develop over time.
post-tensioning allows for thinner slabs, leading to overall cost savings by reducing the amount of concrete and reinforcing steel required.
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Post-tensioned slabs can span longer distances without additional columns or supports, allowing for more open and flexible floor plans in buildings.
Due to their improved crack control and durability, post-tensioned slabs generally require less maintenance during their lifespan
Post-tensioned slabs have higher resistance, allowing for heavier loads or increased design flexibility.
The post-tensioning system helps to protect the slab from shrinkage and temperature-related movements, which can lead to cracking and deterioration over time.
The post-tensioning system helps to protect the slab from shrinkage and temperature-related movements, which can lead to cracking and deterioration over time.
Post-tensioned slabs offer greater design flexibility as they can accommodate irregular shapes, curved layouts, or unique architectural features
Overall, post-tensioned slabs provide structural efficiency, cost savings, improved performance, and design flexibility compared to traditional reinforced concrete slabs.
Some of the world’s biggest brands trust us with their services
Our team is always available to assist you.
Info@vlm-egypt.com
Tel.002-25642269/ 01004403522
71 Narges buildings, Fifth settlement, Cairo, Egypt