Introduction

Shoring jacks are crucial components in construction and engineering, offering vital support and stability. They are primarily employed in building and infrastructure projects, ensuring safety and structural integrity.

What are Shoring Jacks Used For?

Shoring jacks are mechanical devices designed to provide temporary or permanent support to structures during construction, renovation, or repair works. They are extensively used in:

• Building Construction: Providing support to walls, beams, and ceilings during construction.
• Bridge Replacement: Assisting in bearing the load of bridge components during repair or replacement.
• Excavation Support: Stabilizing walls of trenches and excavations, preventing cave-ins.
• Demolition Projects: Offering temporary support to sections of structures during partial demolition.

How Do Shoring Jacks Work?

Shoring jacks operate on simple mechanical principles, utilizing adjustable components to bear loads effectively. A typical shoring jack consists of the following elements:

• Adjustable Screw: Allows for precise height adjustments to accommodate different support needs.
• Base Plate: Distributes the load evenly to prevent ground subsidence.
• Pin-Connected Sleeves: Provide support and adjustability, allowing the jack to be extended or retracted as required.

In operational terms, shoring jacks are positioned under or alongside the structural elements needing support. The adjustable screw is manipulated to achieve the desired height, ensuring the load is transferred to the jack and off the structure. This process ensures stability and allows for safe construction or repair activities.

Kosun Company Solutions

Kosun offers a range of cutting-edge solutions tailored to the needs of the construction industry. Their shoring jacks are designed with advanced technology to ensure high stability and reliability:

• Load Capacity: Ranging from 500 kg to 5,000 kg to suit various project requirements.
• Material Strength: Manufactured using high tensile steel for enhanced durability.
• Safety Features: Integrated safety mechanisms to prevent over-extension and ensure gradual load application.

Kosun's products are supported by comprehensive technical assistance, ensuring optimal performance on every project site.

References

1. Construction Engineering Handbook, Third Edition. McGraw-Hill Education.
2. Structural Support Systems: Design and Practice. CRC Press.
3. Kosun Official Website: www.kosuncorp.com