EN1065 Standard Adjustable Scaffolding Steel Prop with 2000 kg Weight Capacity and Hot-Dip Galvanized Construction Shoring Support

Basic Properties
Place of Origin: china
Brand Name: xsh
Certification: CE, ISO 9001
Trading Properties
Minimum Order Quantity: 300
Price: $10
Payment Terms: T/T
Supply Ability: 100000
Specifications
Width: 0.5 Meters Adjustment Mechanism: External Thread And Wing Nut
Adjustment Method: Threaded Shaft With Wing Collar Available Lengths: 2000mm / 2400mm / 3000mm / 4000mm
Edge Design: Flanged / Ribbed Safety Edges Weight Capacity: 2000 Kg
Hole Arrangement: 4 Vertical Columns, Full Length Weight: 11.0 Kg(24.25lb)
High Light:

EN1065 Standard Adjustable Scaffolding Steel Prop

,

2000 kg Weight Capacity Construction Shoring Support

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Hot-Dip Galvanized Scaffolding Support Post

Product Description
Adjustable Scaffolding Steel Prop Construction Shoring Support Post System
The Adjustable Scaffolding Steel Prop is a high-strength vertical support system designed for modern construction shoring applications. Essential for concrete formwork, slabs, and beams, our props are engineered for reliability and stability on both residential and industrial construction sites.
Adjustable scaffolding steel prop construction shoring support system
Product Characteristics
Our steel props feature a robust modular design with high-tensile inner tubes and heavy-duty outer tubes. The prop nut and G-pin allow for precise telescopic adjustment, while reinforced base plates ensure even load distribution. The galvanized finish provides excellent corrosion resistance in harsh weather conditions.
Steel prop construction details and components
Manufacturing Technology
We utilize induction welding for high-strength joints and precision machining for optimal component compatibility. Surface treatment involves pickling followed by professional-grade galvanization or powder coating, delivering a maintenance-free finish that remains durable throughout project lifecycles.
Manufacturing process and technology details
Structural Theory
The structural design is based on axial load transfer principles. The threaded sleeve allows the inner tube to lock securely using the G-pin, creating a stable column capable of resisting compression forces. Lateral stability is maintained by the precision-fit between tubes, ensuring the system remains plumb during operation.
Applications
  • Supporting horizontal slab formwork
  • Vertical reinforcement for beams
  • Shoring support for bridge and tunnel construction
  • Adjustable vertical bracing for renovation projects
Application examples and usage scenarios
Technical Specifications
Prop Type Inner Tube (mm) Outer Tube (mm) Thickness (mm)
Spanish Type 40 48 1.5 / 1.8 / 2.0
Italian Type 48 56 1.8 / 2.0 / 2.5
Middle East 48 60 2.0 / 2.5 / 3.0
Heavy Duty 63 76 3.0 / 4.0
Key Advantages
Our system erects up to 40% faster than traditional timber supports. Reusable components ensure a long service life and significantly lower ownership costs. Safety features including reinforced head plates meet international standards for worker protection and structural integrity.
Customer Service
We provide comprehensive 3D scaffold design services and load-calculation support. Our team ensures timely global shipping with complete material certification. All products undergo rigorous double-check inspection before dispatch to guarantee quality and performance.
Frequently Asked Questions
What is the load capacity?
15kN to 45kN per post, depending on the model and configuration.
Are the props compatible with other systems?
Yes, our props follow universal industry dimensions for seamless integration.
Are custom colors available?
RAL colors are available for bulk orders to meet specific project requirements.
Production Process
Production begins with comprehensive steel testing, followed by automated cutting and robotic welding processes. Precision jigs ensure dimensional consistency across all components. Products undergo rigorous structural load testing and finish verification before final bundling and packaging.
Operation Method
  1. Position the base plate on level ground
  2. Extend the inner tube to the required height
  3. Insert the G-pin to secure the extension
  4. Rotate the prop nut to fine-tune contact and ensure proper alignment
Safety Precautions
  • Always wear appropriate site personal protective equipment (PPE)
  • Never exceed rated load capacities
  • Ensure the prop is perfectly vertical during installation
  • Regularly inspect pins and threads for wear or damage
  • Avoid using damaged or corroded props
Why Choose Our Products
With over 20 years of shoring expertise, we are a trusted partner for global contractors. Our automated manufacturing facility ensures precision engineering and consistent safety standards. We deliver comprehensive support solutions that safeguard workers and enhance project performance worldwide.