Collection: Scaffolding Planks

A scaffolding plank is a key component in scaffolding systems, providing a stable platform for workers to perform tasks at height. It connects scaffolding frames to create a secure, level surface, crucial for safety and efficiency. Scaffolding planks come in various materials: wooden planks are often used in smaller projects, steel planks offer durability for heavy-duty work, and lightweight aluminum planks are ideal for corrosion-prone environments. Choosing the right material ensures a safe, efficient working environment for any construction or maintenance project.

Scaffolding Planks

Send Request for Quotation

Scaffolding Plank with Hook (Catwalk)

A Scaffolding Plank with Hook, commonly called a "Catwalk," is a crucial component in modern scaffolding systems. It is a sturdy platform that allows workers to move safely across different scaffold sections. The plank is designed with hooks on either end, enabling it to attach to the scaffold's horizontal bars securely. Its primary function is to provide a safe, stable, and non-slip walking surface for workers while also supporting tools and materials during construction activities.
The Scaffolding Plank with Hook is designed with a focus on safety, durability, and ease of use. Typically constructed from high-strength steel or aluminum, the plank is built to withstand significant loads while remaining lightweight for easy handling. The plank's surface is often perforated or treated with an anti-slip coating to prevent slips and falls, even in wet or oily conditions.
During use, the plank provides a stable platform for workers to walk, carry tools, and store materials. The hooks ensure that the plank remains fixed in place, even when subjected to the dynamic loads of moving workers and equipment. This feature is particularly important in high-elevation work, where stability and security are paramount.

Plain Stiffener VS Box Stiffener

Plain Stiffener and Box Stiffener are used in scaffolding planks to enhance structural strength and bending stiffness, ensuring worker safety.

Plain Stiffener: A Plain Stiffener is typically a simple flat plate or angle steel added to the underside or sides of a plank. Its primary function is to increase local rigidity, reducing deformation and enhancing the plank's resistance to bending. This helps prevent excessive sagging or cracking during use.

Box Stiffener: A Box Stiffener is a closed or partially closed structure composed of multiple plates assembled to form a "box" shape. Its function is to significantly increase the overall stiffness and strength of the plank by forming an enclosed box section, providing greater resistance to bending and torsion, especially under heavy load conditions.

Category	Plain Stiffener	Box Stiffener
Design and Shape	Flat plate or angle steel, simple and lightweight design, typically arranged parallel to the length of the plank.	Composed of multiple plates forming a "box" structure, more complex design requiring precise welding or riveting to ensure structural integrity.
Material Usage	Uses thinner steel or aluminum, lightweight and cost-effective, suitable for lightweight applications.	Utilizes thicker steel or high-strength aluminum, requires more material but offers superior structural strength.
Manufacturing Process	Simple manufacturing process, suitable for mass production, involves cutting, welding, or bolting.	More complex manufacturing process, involving cutting, welding, and assembling, with higher precision and production costs.
Application Scenarios	Suitable for wooden or lightweight metal planks in general load conditions, used in medium to small-scale construction projects or short-term jobs, providing basic reinforcement.	Ideal for high-load metal planks, particularly aluminum or steel planks, used in large-scale construction projects, such as high-rise buildings or bridges, providing excellent resistance to bending and torsion.
Load-bearing Capacity	Provides basic load-bearing enhancement, suitable for general construction use.	Performs better under high-load conditions, significantly increasing the plank's load-bearing capacity, especially in extreme load situations.
Bending Resistance	Effectively reduces local bending but may be limited in large spans or high-load scenarios.	Offers superior bending stiffness due to its enclosed structure, maintaining plank flatness and stability.
Durability	Suitable for short to medium-term use, with durability depending on materials and environmental conditions.	More robust structure with a longer service life, ideal for long-term projects or repeated use.

Send Request for Quotation

Bythai Scaffolding Plank: Compliance with BS1139 and EN12811 Standards

Bythai Scaffolding Plank is meticulously designed and manufactured to meet and exceed the requirements set by the BS1139 and EN12811 standards. The planks are made from high-grade materials, such as Q235 Q355 steel, known for its superior strength and durability. Advanced manufacturing techniques, including precision welding and thorough galvanization, are employed to enhance the planks' corrosion resistance and load-bearing capacity.

Achieving certification under the BS1139 and EN12811 standards significantly enhances Bythai Scaffolding Plank's market competitiveness. These certifications are widely recognized in the construction industry, assuring customers of the product's quality, reliability, and safety.