OUR PRODUCTS
We Offer a Range of
Products
Modern Rebar Couplers
We offer modern rebar couplers that provide superior strength and reliability compared to traditional lap systems.
Parallel Thread Couplers
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Precision-engineered couplers for reliable rebar connections.
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Available in sizes ranging from 16mm to 40mm.
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Utilizes a 3 step process: 1) Rebar, 2) Threading, 3) Splicing.
Cold Forged Couplers
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High-strength couplers manufactured through a cold forging process.
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Ideal for demanding applications requiring enhanced durability.
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Utilizes a 4 step process: 1) Rebar, 2) Cold Forging, 3) Threading, 4) Splicing.
About Rebar Coupler
Rebar couplers are specialized devices used to securely connect reinforcing bars, enabling the rapid and safe creation of high-performance splices on construction sites. Typically, rebar ends require preparation for proper connection.
Mechanical couplers provide an effective splicing solution for bar diameters ranging from 12mm to 40mm, with customized options available to meet specific project requirements.
These couplers are designed to enhance the strength and continuity of reinforcement bars in structural applications.
Productivity
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Couplers offer exceptional versatility and significantly enhance productivity in the construction process.
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Their use reduces the need for overlaps, leading to material savings and faster installation.
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Couplers facilitate prefabrication of reinforcement cages, streamlining construction workflows.
Reliability
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Couplers reinforce the rebar structure by providing a strong connection while preserving the ductility of the reinforcement.
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They are engineered to withstand tensile and fatigue stresses, ensuring long-term structural integrity.
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The use of couplers minimizes potential weak points in reinforced concrete structures.
Quality Assurance
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Each coupler undergoes a Go/No-Go gauge inspection to ensure precision.
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Rebar couplers are machined using CNC technology for accuracy and consistency.
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Manufactured from high-quality EN8D prime material.
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The rebar coupler manufacturing process follows IS 16172:2014, ACI 318, and BS 970.
Splicing Methods
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Advantages
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Enhanced Strength
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Efficient Time & Cost Savings
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Greater UTS Than Parent Rebar
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Standardized Couplers for Each Splice Size
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Quick & Easy Installation
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Optimized Construction Time Cycle
BENEFITS OF MECHANICAL SPLICING SYSTEMS
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Mechanical systems are more reliable than lap systems because they don’t depend on the concrete for load transfer.
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Mechanical connections offer greater structural integrity. Mechanical splices offer strength and toughness during man-made, seismic or other natural events.
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Lap splicing increases rebar congestion at the lap zone and is one of the major causes for forming rock pockets and voids in the concrete. Mechanical splices eliminate these congestion problems and will make the overall job more cost effective through minimized job site problems.
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