Hot Dipped Scaffolding Cross Brace

• Customization: Available
• Connection Type: Pin Connection
• Finish: Galvanized
• Model NO.: NA
• Material: Steel
• Type: Cross Braces
• Quality: Strong
• Material Use: Galvanized Iron
• Accessibility: Easy to Use
• Capcity: High Load Bearing
• Design: Robust
• Transport Package: Container
• Specification: 2.19456 meters length
• Trademark: Guorui
• Origin: Shandong, China
• HS Code: 7308400000

Product Description

Product Description

Our Scaffolding Cross Brace is a vital component for ensuring the stability and safety of your scaffolding structure. Made from high-quality materials, this cross brace provides excellent support and reinforcement, allowing for heavy loads to be safely distributed. Its durable construction ensures long-lasting performance, making it a reliable choice for your construction projects.

Designed for easy installation and compatibility with various scaffolding systems, our cross brace is an essential part of your scaffolding setup.
Its versatility and strength make it suitable for a wide range of applications, providing the support you need to complete your projects efficiently and securely.

Trust our Scaffolding Cross Brace to enhance the safety and stability of your scaffolding, ensuring a smooth and successful construction process.

A scaffolding cross brace is a structural component used in scaffolding systems to provide stability and prevent swaying or collapsing. It consists of two diagonal bars or tubes that form an "X" shape when attached to vertical scaffold frames. These braces are typically connected to the frame using locking pins or clamps at each end. The cross brace improves the overall rigidity of the scaffold by distributing weight and resisting lateral forces caused by wind or load shifts, ensuring safe working conditions for those on the scaffold.

How Cross Bracing Works
 * Lateral Load Resistance: When a structure is subjected to a lateral load, it tends to sway or deform. Cross bracing helps to counteract this movement by providing diagonal support.
 * Force Distribution: The diagonal members of the cross brace act as tension and compression members. This means that one member is pulled (in tension) while the other is pushed (in compression), effectively distributing the load and preventing excessive deflection.
Common Applications of Cross Bracing
 * Buildings: Cross bracing is frequently used in industrial, commercial, and residential buildings to improve their structural integrity, especially in areas prone to earthquakes or high winds.
 * Bridges: Bridges, particularly those with long spans, often incorporate cross bracing to resist the lateral forces exerted by wind and traffic.
 * Towers: Structures like radio towers, communication towers, and water towers use cross bracing to ensure stability and prevent them from toppling over.
 * Other Structures: Cross bracing can also be found in various other structures, including offshore platforms, cranes, and even furniture.
 

Detailed Photos

Applicable in Use

Packaging & Shipping

 

Product Parameters

Cross braces are structural elements used to provide lateral stability to structures, such as buildings, bridges, and towers. They are typically installed diagonally between vertical members, forming a triangular pattern.
 * Material:
   * Steel: Most common due to its strength and durability.
   * Aluminum: Lighter weight and corrosion-resistant, often used in applications where weight reduction is critical.
   * Wood: Used in some construction applications, but less common due to its lower strength compared to steel or aluminum.
 * Size and Dimensions:
   * Length: Determined by the distance between the vertical members it connects.
   * Cross-sectional area: Varies depending on the required load-bearing capacity.
   * Shape: Typically round or square, but other shapes may be used depending on the application.
 * Connection Method:
   * Bolted: Common method using bolts to connect the brace to the vertical members.
   * Welded: Provides a more permanent connection, often used in high-load applications.
   * Clamped: A temporary connection method, often used in scaffolding or temporary structures.
 * Load Capacity:
   * Tensile strength: The maximum load a brace can withstand before it breaks under tension.
   * Compressive strength: The maximum load a brace can withstand before it buckles under compression.
 * Corrosion Resistance:
   * Galvanized: A coating of zinc applied to steel braces to protect against corrosion.
   * Powder coating: A durable finish that provides both protection and aesthetic appeal.
 * Fire Resistance:
   * Fire-rated: Some braces are designed to maintain their structural integrity under fire conditions.
 * Aesthetic Appearance:
   * Finish: The surface treatment of the brace, which can affect its appearance and durability.

Specification

Meters/Length

2.19456