16mm Groutec Coupler

Product Description: 16mm Groutec Coupler

The 16mm Groutec Coupler is a mechanical splicing solution designed for connecting reinforcement bars (rebars) using high-performance grout. It is specifically engineered for the efficient connection of 16mm diameter rebars in precast and cast-in-situ concrete construction. The Groutec coupler consists of a steel sleeve prefilled or post-filled with non-shrink grout that bonds the rebar ends, providing a strong and reliable mechanical connection.

This coupler is widely used in precast concrete construction to simplify site assembly, speed up construction schedules, and ensure structural continuity between precast and in-situ elements.

Features:

• Designed for 16mm Rebars: Optimized for common rebar diameter in residential, commercial, and infrastructure applications.
• Grout-Filled Connection: Ensures high bond strength and secure load transfer through specially formulated grout.
• No Threading or Welding Required: Simplifies installation and reduces time and labor costs.
• Precast Compatible: Ideal for connecting precast columns, beams, and panels.
• High Load Performance: Meets or exceeds structural requirements for tension and compression loads.
• Corrosion Resistant Body: Made from high-quality steel with anti-rust treatment or coating.
• Versatile Use: Can be installed horizontally or vertically with minimal preparation.

Applications:

• Precast Concrete Structures: Used to connect precast columns, beams, walls, and slabs to in-situ foundations or components.
• Modular Construction: Enables fast and secure joining of prefabricated units on site.
• Infrastructure Projects: Suitable for bridges, metro stations, and retaining walls with precast elements.
• High-Rise Buildings: Efficient for vertical continuity of reinforcement in core walls and elevator shafts.
• Seismic Zone Construction: Reliable for use in earthquake-resistant designs due to excellent ductility and performance.
• Repair & Retrofitting: Used in rehabilitation works to connect new rebar to existing structures.