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Shandong Ruitong Heavy Industry Technology Co., Ltd. is located in the Jining National High-tech Industrial Development Zone, Shandong Province, a region rich in cultural heritage and known as the birthplace of Confucius and Mencius. Founded in 2010, the company covers an area of 50,000 square meters and employs more than 300 people. It is a comprehensive solution provider specializing in steel structure construction engineering.

Inter-column Bracing
Inter-column bracing refers to the connecting members installed between adjacent columns. Its primary purpose is to ensure the overall stability of a building structure and enhance its rigidity.
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Horizontal Bracing
Horizontal bracing is a connecting element installed between two beams. It's a crucial component in building structures, used to enhance overall stability and resist lateral forces.
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Knee Brace
A knee brace is a support member installed at the corner connection between steel components. Its core function is to prevent localized buckling in primary members like beams or columns when they...
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Tie Rod
In steel structures, a tie rod is a slender tension rod used to connect parallel members. Its primary job is to transfer lateral forces, limit side-to-side movement of components, and maintain a...
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Brace Strut
A Brace strut is a compression component used in steel structures alongside tension rods. Its primary function is to provide lateral support to the rods, bear compressive forces, and transfer...
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Steel Connectors
Brace strut connectors are the critical components that join individual members together. They directly determine the structural integrity and safety of the entire build.
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Why Choose Us

Our Services

The main structure is warranted for 10–25 years, and coatings are warranted for 5–10 years. The company provides a 48-hour response time.

Production Capacity

The company has an annual production and construction capacity of 200,000 square meters of membrane structures, 500,000 square meters of space frame structures, and 800,000 square meters of steel structures.

Quality Control

The company implements strict quality control measures, including raw material testing, welding process qualification, and non-destructive testing.

Certifications

The company has obtained multiple general contracting and specialized contracting qualifications for steel structure engineering. It has been recognized as a National High-Tech Enterprise, a provincial- and municipal-level credit enterprise, and a recipient of the Steel Structure Engineering Gold Award. The company also holds multiple patents related to steel structure manufacturing and construction.

Materials and Connection

Component	Material	Specification / Note
Rod Bracing	Q235B round steel bar	Diameter 12–20 mm depending on span
Angle Bracing	L-angle steel (e.g., L40×4, L50×5)	Used for heavy-duty or crane buildings
Connection Type	Bolted or welded joints	Ensures firm fixation to column webs or gusset plates
Bracing Angle	30°–60°	Optimum range for effective force transmission
Arrangement	Cross or single diagonal	Based on building layout and structural analysis

Advantages of Column Bracing

Enhances Building Stability

Provides critical lateral stiffness and prevents structural sway under wind or crane braking forces.

Improves Structural Rigidity

Reduces deformation of steel columns and ensures the frame behaves as a single, stable unit.

Optimizes Steel Usage

By sharing loads efficiently, column bracing allows designers to reduce column sizes and overall steel quantity.

Simplifies Construction

Easy to fabricate and install using bolted or welded joints, suitable for light and heavy steel structures.

Ensures Safety During Erection

Stabilizes the frame during assembly, minimizing risk of misalignment or instability.

Structural Function and Role

Column bracing performs several critical roles in the structural integrity of a steel building:

Transmits horizontal forces caused by wind, seismic activity, or crane movement to the foundation.
Improves overall stiffness and stability of the main frame system.
Reduces the out-of-plane bending stress on steel columns.
Prevents frame distortion during installation and ensures proper column alignment.
Maintains longitudinal stability and prevents lateral drift of the building.

Types of Bracing Systems

Horizontal Bracing

Horizontal bracing distributes lateral forces across a plane, such as a building's floors or roofs. It helps resist wind loads and other horizontal forces, ensuring the structure remains stable.

Vertical Bracing

Vertical bracing provides resistance to lateral forces in the vertical plane, such as the walls or columns of a building. It is crucial for maintaining the vertical alignment and integrity of tall structures.

Diagonal Bracing

Diagonal bracing is one of the most common types of bracing in construction. It involves placing braces diagonally across a frame, helping to resist shear forces and providing extra stability against lateral loads.

Our Certificate

FAQ

Q: How can you guarantee the price you offering is the best one?

A: We are professional steel structure supplier and can provide the best design for you which will save you money with the good quality.

Q: Can you offer a device service?

A: Yes, we have a excellent design team. We can design full solution drawings as per your requirements.

Q: Do you offer installation service?

A: Yes, we can provide both online or on-site installation guide or send an professional installation team to your place.

As one of the most experienced supports and connectors manufacturers in China, our customized products have good reputation in the market. Please feel free to buy high quality supports and connectors in stock here from our factory. For price consultation, contact us.

supports and connectors, Tie Rod, Steel structural fasteners