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Post Tensioning

Post-tensioning is a construction
technique that strengthens concrete by
embedding high-strength steel tendons,
which are tensioned after the concrete
has set, enhancing its load-bearing
capacity and durability.

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Bonded Post-
Tensioning

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Used in bridges, high-rise buildings, and heavy infrastructure projects.
Tendons are bonded to the concrete, improving load transfer and
structural durability. Enhances long-term performance and resistance to
cracking.

Benefits of Bonded Post Tensioning over Unbounded Post Tensioning

Stronger & More
Durable Structures

Reduces tensile stress, enhances load-bearing capacity, and ensures long-term integrity without maintenance.

Optimized &
Efficient Design

Tendons can be easily “woven,” minimizing reinforcement needs while allowing a more flexible engineering approach.

Advanced &
Reliable Technology

A sophisticated yet adaptable system that improves structural performance with superior bond strength.

Benefits of Post Tensioned Slabs over Conventional Slabs

Flexible &
Adaptive Design

Easily modify internal layouts with minimal structural constraints, allowing effortless partition placement or repositioning.

Faster & Cost-
Effective Construction

Quicker framework stripping,reduced reinforcement, thinner slabs, and lighter structures lower material, excavation, and maintenance costs.

Stronger & More
Durable Structures

Enhanced crack resistance, improved water tightness, andsuperior load-bearing capacity ensure long-term performance and reduced seepage.

Unbonded
Post
Tensioning

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Unbonded post-tensioning is a prestressing technique where grease-coated tendons in a plastic sheath allow independent movement within concrete, enhancing flexibility, efficiency, and structural performance. This method improves crack control and significantly extends the structure’s lifespan.

Benefits of KGN’s unbonded post tensioning include:

Superior
Flexibility

Minimizes stress,
enhances adaptability,
improves performance.

Faster
Construction

Reduces labor,
accelerates completion,
increases efficiency.

Cost-Effective
Solution

Saves materials,
lowers expenses,
optimizes budget.

Cost-Effective
Solution

Limits shrinkage,
improves durability,
prevents damage.

Corrosion
Protection

Shields tendons,
extends lifespan,
resists moisture.

Lightweight
& Efficient

Supports long spans,
optimizes space,
reduces weight.

Void Post
Tension Slab

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A Void Post-Tension Slab is a type of reinforced concrete slab that
incorporates voids (usually created using lightweight materials such as
plastic or foam) to reduce the overall weight of the structure while
maintaining its strength and load-bearing capacity. This system
combines post-tensioning technology with strategically placed voids,
optimizing material usage.

Benefits of KGN’s Void Post Tension Slab

Improved
Insulation

Voids enhance thermal
and sound insulation
properties.

Lower
Maintenance

Enhanced durability
minimizes long-term repair
needs.

Faster
Construction

Reduces labor,
accelerates completion,
increases efficiency.

Versatile
Applications

Suitable for commercial,
residential, and
infrastructure projects.

Eco-
Friendly

Lower concrete use, reduced
waste, smaller carbon
footprint.

Cost
Savings

Less material, lower
foundation costs, reduced
labor, faster build.

Post Tension
Raft

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A Post-Tension Raft is a foundation system that integrates post-
tensioning technology into a reinforced concrete raft to enhance
strength, reduce settlement, and optimize material use. It is ideal for
structures on weak or expansive soils, ensuring stability, durability, and
cost efficiency in construction projects.

Benefits of KGN’s Post Tension Raft

Higher Load
Capacity

Handles greater
structural loads with
improved stability.

Reduced
Excavation

Requires less soil
removal, saving time and
cost.

Less
Reinforcement
Congestion

Uses fewer
reinforcements,
simplifying construction.

Improved Water
Resistance

Tighter concrete reduces
permeability and moisture
impact

Settlement
Control

Adapts to uneven ground,
reducing structural stress and
damage.

Enhanced
Longevity

Increased durability
extends foundation
lifespan.

Why Choose Us?

With decades of experience in
prestressing and anchoring solutions,
we offer:

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We provide comprehensive post-tensioning solutions that cover the entire project lifecycle. From initial structural analysis and design to material supply and on-site execution, our team ensures precision engineering and flawless implementation. Our expertise extends across bridges, high-rise buildings, industrial structures, and large-scale infrastructure projects, ensuring durability and efficiency.

Every project has distinct requirements, and we specialize in tailor-made prestressing solutions. Our in-house engineering team designs and manufactures custom post-tensioning and ground anchoring components, ensuring they meet the exact load-bearing and performance criteria of your structure. Whether it’s a complex geometry or extreme load conditions, we deliver solutions that optimize strength and efficiency.

Our ground anchor systems provide unmatched stability for slopes, retaining walls, tunnels, and deep foundation structures. Utilizing advanced tensioning techniques and state-of-the-art equipment, we offer permanent and temporary ground anchoring solutions that enhance safety and long-term structural integrity, even in the most challenging soil and load conditions.

We are committed to continuous innovation in prestressing materials and methodologies. Our research and development division focuses on enhancing material strength, corrosion resistance, and sustainability. Safety is at the core of our operations, with strict compliance to global safety standards and meticulous quality control at every stage, ensuring the longevity and reliability of your projects.

What our
customers
say

“We have worked with many prestressing solution providers, but this team truly stands out. Their attention to detail, expertise in post-tensioning, and commitment to safety ensured that our high-rise residential project was completed on time without any structural compromises. Their ability to customize solutions for our unique design challenges was impressive. We look forward to collaborating with them on future projects!”

Amit Khanna

Project Manager, Skyline Developers

“We have worked with many prestressing solution providers, but this team truly stands out. Their attention to detail, expertise in post-tensioning, and commitment to safety ensured that our high-rise residential project was completed on time without any structural compromises. Their ability to customize solutions for our unique design challenges was impressive. We look forward to collaborating with them on future projects!”

Amit Khanna

Project Manager, Skyline Developers

“We have worked with many prestressing solution providers, but this team truly stands out. Their attention to detail, expertise in post-tensioning, and commitment to safety ensured that our high-rise residential project was completed on time without any structural compromises. Their ability to customize solutions for our unique design challenges was impressive. We look forward to collaborating with them on future projects!”

Amit Khanna

Project Manager, Skyline Developers

“We have worked with many prestressing solution providers, but this team truly stands out. Their attention to detail, expertise in post-tensioning, and commitment to safety ensured that our high-rise residential project was completed on time without any structural compromises. Their ability to customize solutions for our unique design challenges was impressive. We look forward to collaborating with them on future projects!”

Amit Khanna

Project Manager, Skyline Developers

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