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SURYA ENGINEERING
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One Touch Rebar Coupler

One Touch Rebar Coupler Specification

Surface Treatment
Corrosion Resistant

Application
Industrial buildings

Length
5 Centimeter (cm)

Color
Black

Height
3 Inch (in)

Usage
Reduced labour costs

Load Capacity
700 Kilograms (kg)

Voltage
650 Megaampere ( MA)

Weight
350 Grams (g)

Feature
Threadless connection

Material
EN8D

About One Touch Rebar Coupler

One Touch Rebar Coupler | Threadless Rebar Coupler for TMT Bars | Surya Engineering

Discover everything about One Touch Rebar Couplers, including working principles, features, benefits, specifications, applications, installation, and advantages. Learn why Surya Engineering is a trusted manufacturer of One Touch Rebar Couplers in India.

A One Touch Rebar Coupler, also known as a Push Fit Rebar Coupler or One Touch Mechanical Coupler, connects two reinforcement bars without threading, welding, or rotating the bars. This innovative system reduces installation time while maintaining a strong mechanical connection suitable for residential, commercial, industrial, and infrastructure projects.

Surya Engineering is a trusted manufacturer of high-quality One Touch Rebar Couplers in India. Designed for modern construction requirements, our couplers deliver precision, durability, and dependable performance for civil engineers, contractors, infrastructure developers, and reinforcement fabricators.

What is a One Touch Rebar Coupler?

A One Touch Rebar Coupler is a mechanical reinforcement splice designed to connect steel reinforcement bars quickly and efficiently. Unlike conventional threaded couplers, One Touch Couplers do not require thread cutting or bar-end preparation.

The reinforcement bars are inserted directly into the coupler where a specially engineered internal locking mechanism securely grips the bars, creating a reliable mechanical connection capable of transferring structural loads effectively.

How Does a One Touch Rebar Coupler Work?

The installation process is simple and efficient.

Step 1 Prepare the Reinforcement Bars

Ensure both TMT bars are clean, straight, and cut square.

Step 2 Insert the First Bar

Push the first reinforcement bar into the coupler until it reaches the internal stop.

Step 3 Insert the Second Bar

Insert the second reinforcement bar from the opposite side.

Step 4 Locking Mechanism Engages

The internal gripping system automatically locks both bars securely.

Step 5 Final Inspection

Verify proper insertion depth and alignment before concrete placement.

The entire installation process takes only a few seconds and requires minimal training.

Why One Touch Rebar Couplers Are Preferred

The increasing demand for faster construction has made One Touch Rebar Couplers a preferred reinforcement connection system.

Faster Installation

Push-fit installation significantly reduces reinforcement fixing time.

No Special Machinery

No threading machine, welding equipment, or hydraulic press is required.

Lower Labour Requirement

Simple installation reduces manpower requirements.

Better Construction Productivity

Projects can be completed more quickly with consistent installation quality.

Improved Concrete Placement

Reduced reinforcement congestion allows concrete to flow more freely around reinforcement.

Reliable Structural Performance

Properly installed mechanical connections provide dependable load transfer between reinforcement bars.

Technical Specifications

Specification	Details
Product Type	One Touch Rebar Coupler
Connection Type	Push Fit Mechanical Connection
Material	High-Strength Alloy Steel
Surface Finish	Corrosion Resistant
Installation	Push Fit
Threading Required	No
Welding Required	No
Rotation Required	No
Available Sizes	Various TMT Bar Sizes

One Touch Rebar Coupler vs Conventional Lap Splicing

Feature	One Touch Rebar Coupler	Conventional Lap Splicing
Steel Consumption	Lower	Higher
Installation Time	Faster	Slower
Reinforcement Congestion	Minimal	High
Concrete Flow	Better	Restricted
Labour Requirement	Lower	Higher
Structural Performance	Excellent	Standard
Quality Control	Easy	Difficult