Scaffolding Accessories

Product Details:

Exclusive Rebar Coupler Manufacturers and Installers of a wide range of HIGH PERFORMANCE JOINTS SPECIALIZED CONSTRUCTION RELATED Machine amp Accessories MECHANICAL SPLICING REBAR SPLICING SOLUTION Manufactured in Technical Collaboration with various World BRANDS

Product Details:

Rebar safety caps are protective devices designed to cover exposed ends of reinforcing steel bars (rebar) on construction sites. They prevent impalement injuries caused by falls or accidental contact with sharp rebar ends, complying with  safety regulations 1113. These caps are essential for construction, landscaping, and surveying applications.

Material:

• Made from high-impact polymer (e.g., polyethylene) reinforced with internal steel plates for durability 

Design:

• Square or round shapes (e.g., 4" x 4" square or 0.37 mm thickness with a 4 mm steel plate) 

Internal fins or metal inserts ensure a tight fit on rebar ends 

 Installation and Inspection

• Steps:
  1. Inspect caps for cracks or damaged fins before use 
  2. Push firmly onto rebar until the internal metal insert contacts the rebar end 
  3. Ensure the cap is centered and perpendicular to the rebar 
• Maintenance: Discard damaged caps to avoid fit failure

 

Additional Information:

• Production Capacity: 10000
• Delivery Time: Wirthin 3 days
• Packaging Details: gunny

Product Details:

⚙️ Core Specifications

1. Material & Construction

   • Steel Grades: Q235, Q345, or drop-forged steel for high strength 158.

   • Surface Treatment: Hot-dip galvanized (standard) or powder-coated for corrosion resistance 1410.

2. Dimensions

   • Tube Diameter: 30mm, 32mm, 34mm (common); 38mm/48mm for heavy-duty use 78.

   • Length: 400mm–900mm (600mm most standard) 358.

   • Base Plate: 120×120×4mm to 200×200×8mm for stability 18.

3. Weight & Load Capacity

   • Unit Weight: 4.08–7.6 kg (varies by size) 710.

   • Lifting Capacity: 2–10 tonnes 3.

�� Key Features

1. Adjustability

   • Threaded shaft allows height adjustment (up to 500mm travel) to level scaffolding on uneven terrain 48.

2. Anti-Deformation Design

   • 5mm-thick steel walls prevent bending under load vs. standard 3.5mm alternatives 1.

3. Anti-Slip & Safety

   • U-shaped head grips wooden beams/formwork securely; holes in flaps enable secondary fastening 28.

4. Reusability

   • Withstands 50+ cycles due to robust galvanization 110.

��️ Applications

• Formwork Support: Stabilizes beams in slab/column concreting 25.

• Scaffolding Leveling: Base component for ringlock, kwikstage, and cuplock systems 710.

• Industrial Use: Bridges, tunnels, and high-rise construction 15.

Additional Information:

• Item Code: TRP19
• Production Capacity: 210
• Delivery Time: WITHIN 3 DAYS
• Packaging Details: xc

Product Details:

A MIVAN Long Pin is a specialized component used in the MIVAN formwork system, a modular aluminum formwork system widely employed in high-rise residential and commercial construction for casting concrete walls, slabs, and other structural elements. The Long Pin plays a critical role in securing and aligning formwork panels during concrete pouring. Below is a detailed breakdown:

Definition & Purpose

• Primary Function: To connect and lock together aluminum formwork panels at specific intervals, ensuring they remain rigid and properly aligned under the pressure of wet concrete.

• Key Role: Acts as a connector between vertical and horizontal formwork components, maintaining the structural integrity of the mold during casting.

Design & Components

• Material: Typically made of high-strength steel or aluminum alloy for durability and resistance to bending.

• Dimensions: Longer than standard MIVAN pins (e.g., 300–500 mm in length) to accommodate thicker walls or specific formwork configurations.

• Design Features:

  • Tapered Ends: For easy insertion into formwork panel holes.

  • Threaded or Grooved Sections: To secure locking wedges or nuts.

  • Corrosion Resistance: Often galvanized or coated for longevity in harsh construction environments.

Applications

• Wall Formwork: Connects vertical and horizontal MIVAN panels to create molds for concrete walls.

• Slab Formwork: Used in conjunction with props and beams to stabilize slab shutters.

• Custom Configurations: Facilitates adjustments for complex geometries or varying wall thicknesses.

How It Works

1. Insertion: The Long Pin is inserted through pre-drilled holes in adjacent aluminum formwork panels.

2. Locking: A wedge or nut is driven into the pin’s threaded/grooved section to tightly lock the panels together.

3. Alignment: Ensures panels are flush and gaps are minimized, preventing concrete leakage.

Advantages

• Speed: Enables rapid assembly and disassembly of the modular MIVAN system.

• Reusability: Durable design allows reuse across hundreds of cycles.

• Precision: Maintains exact panel alignment for smooth concrete finishes.

• Load-Bearing: Withstands high concrete pressure without deformation.

Installation & Best Practices

• Spacing: Installed at intervals specified by engineering plans (typically 200–300 mm apart).

• Inspection: Check for bending, rust, or thread damage before reuse.

• Compatibility: Use only with MIVAN-compatible panels, wedges, and accessories.

• Safety: Ensure pins are fully locked with wedges to prevent blowouts during pouring.

Industry Context

• MIVAN System: A proprietary aluminum formwork system known for its lightweight, modularity, and efficiency in repetitive construction (e.g., apartment towers).

• Alternatives: Shorter pins are used for standard wall thicknesses, while Long Pins address specialized needs.

Additional Information:

• Item Code: SELP816
• Production Capacity: 1000
• Delivery Time: WITHIN 3 DASY
• Packaging Details: GUNNY