Shoring Hub│On-site Shoring Props Guide

Lightweight and High-Strength—Reducing On-Site Workload.
Easy to Carry and Install by Hand

The Alpa prop weighs just 8.9 kg, yet offers a load capacity of 19 kN. Made of aluminum with a corrosion-resistant surface finish, it is built for durability and long-term use.

Its lightweight design makes manual transport and setup quick and efficient on short-duration projects, helping reduce the number of delivery trips and the manpower required.

Ideal for sites where installation and dismantling are repeated daily, the Alpa streamlines workflow, reduces overtime, and minimizes the need for extra crew or idle time.

User-Friendly Insertion Pipe Design Reduces Risk
of Accidents and Wear

Featuring an easy-to-handle insertion pipe system,
this aluminum prop is lightweight and highly corrosion-resistant—making it ideal for coastal or humid environments without compromising performance.

It resists dents and seizing even after repeated setup and removal, helping reduce repair and disposal costs. With minimal need for anti-rust treatment during storage and simple wipe-down cleaning, maintenance is also simplified.

This reduces the need for backup stock or emergency replacements, contributing to shorter downtime and improved profit margins.

Real-Time Deflection Adjustment Without Interrupting Work

Thanks to its hydraulic cylinder mechanism, the prop allows for height and reaction force adjustments even under load, ensuring stable performance during use. In applications like seismic retrofitting or staged demolition, it enables quick correction of clearances and deflection without halting work—preventing structural interference and overloading.

It also allows for immediate fine-tuning when replacing bearings or correcting elevation gaps based on measurements, minimizing schedule delays and avoiding the need to reinstall temporary supports.

Balancing Safety with Reduced Expansion and Protection Costs

Pre-applied prestress supports the self-weight of beams and slabs, along with live loads, helping to prevent sudden drops or falling components during dismantling. This minimizes the risk of damage to scaffolding, piping, and equipment, as well as preventing potential injuries.

Even during transitional phases of seismic reinforcement work, the system maintains level positioning and deflection control, reducing the need for additional temporary supports. As a result, traffic restrictions and protection zones around the site can be minimized—leading to fewer labor hours and lower overall costs.

Exceptional Durability That Keeps Construction on Track

The use of high-strength steel with a galvanized finish enhances corrosion resistance, making the system highly durable even in harsh conditions such as rain, snow, and salt exposure.

It withstands long-term outdoor installation without significant deterioration, reducing the need for weatherproofing and ongoing maintenance, and helping to prevent delays in the construction schedule.

Fewer repainting and replacement cycles, along with reduced inspection frequency, allow for higher equipment uptime and contribute to lower material costs.

Lateral Stability That Maintains Structural Precision

Its integrated modular design offers superior resistance to lateral forces, effectively preventing shifting and tilting caused by wind loads or minor vibrations.
This helps reduce the risk of unexpected accidents and workplace injuries.

Even during typhoons or earthquakes, the system maintains structural tolerances.
By minimizing the need for reinstallation, reinforcement, routine inspections, and temporary fencing repairs, it also supports long-term construction planning by ensuring site safety and reducing complaints from nearby properties.