Construction Forged Threaded Coupler

Product Description

Construction Forged Threaded Couplers are robust mechanical connectors designed for joining two reinforcing bars (rebars) end-to-end in reinforced concrete construction. The process involves forging the end of a rebar to increase its diameter, followed by threading to allow connection with another rebar using a precision-machined coupler.

These couplers are forged using high-strength carbon or alloy steel, ensuring durability, uniformity, and high tensile performance. Forged couplers are ideal for high-load structural connections and are commonly used where traditional lapping is not feasible or efficient.

Features

• Forged for Strength: Forging enhances the core diameter and metallurgical properties of the rebar end, allowing stronger threading and load transfer.
• Full-Tension Performance: Designed to meet or exceed the tensile strength of the parent rebar.
• Precision Machining: Internally threaded with tight tolerances to ensure secure, aligned connections.
• Versatile Thread Options: Available in straight or tapered threads based on project needs.
• Time-Saving Installation: Simple to use at the site with minimal training and standard threading tools.
• Space Efficiency: Eliminates the need for lap lengths, making it ideal for congested reinforcement zones.
• Material Compatibility: Suitable for all grades of rebars (e.g., Fe 415, Fe 500, Fe 550, etc.).
• Corrosion Protection: Options for zinc coating, galvanization, or stainless steel versions.
• Wide Size Range: Compatible with rebar sizes from 12mm to 50mm (other sizes on request).

Application

• Residential and Commercial Buildings: For vertical bar connections in columns, shear walls, and slabs.
• Infrastructure Projects: Ideal for bridges, flyovers, railways, metros, and airport structures.
• Precast Concrete Systems: Facilitates fast and reliable bar connections in precast segments.
• Seismic Design Structures: Suitable for earthquake-prone regions where lap joints are less reliable.
• Pile Foundations: Used in pile cages and pile caps for structural integrity.