Prop Head (H20 Beam)

Prop Head (H20 Beam)

The Prop Head (H20 Beam) is a heavy-duty scaffolding accessory designed to securely support H20 timber beams and formwork systems during slab and beam construction. Manufactured from premium-grade mild steel, it offers exceptional strength, stability, and durability for demanding construction environments. The precision-engineered U-shaped design ensures proper beam positioning while minimizing movement, making it an ideal choice for safe and efficient formwork support.

Featuring a robust welded construction and corrosion-resistant finish, this prop head is built to withstand heavy loads and repeated use on construction sites. It is compatible with adjustable steel props and is widely used in residential, commercial, industrial, and infrastructure projects.

Key Features

• Heavy-duty mild steel construction for superior load-bearing capacity.

• Designed specifically to support H20 timber beams in formwork applications.

• Strong welded joints for enhanced durability and long service life.

• Precision-drilled holes ensure secure and stable beam placement.

• Corrosion-resistant surface for reliable outdoor performance.

• Easy to install, remove, and reuse across multiple projects.

• Compatible with standard adjustable steel props.

• Low-maintenance design for cost-effective operation.

Applications

• Slab formwork systems

• Beam formwork support

• Scaffolding and centering work

• Building construction projects

• Bridge and infrastructure construction

• Commercial and industrial construction sites

Specifications

• Product Name: Prop Head (H20 Beam)

• Material: Mild Steel

• Plate Size: 135 × 230 × 6 mm

• Thickness: 6 mm

• Compatible Prop Sizes: 2"×2", 2"×3", 3"×3"

• Usage: Formwork & Scaffolding Support

• Surface Finish: Hot-Dip Galvanized / As per requirement

This Prop Head (H20 Beam) is engineered to provide reliable support, improved safety, and long-lasting performance, making it an essential component for professional formwork and scaffolding systems.