EN standard steel prop EN1065

EN Standard Steel Prop EN1065 – Precision-Engineered Shoring Solution

Shandong Xingrui Building Materials Co., Ltd., with 79,800 square meters of advanced manufacturing facilities and 180 professional technicians, delivers the EN standard steel prop EN1065 that strictly conforms to European safety protocols. This adjustable telescopic steel prop features a main pipe of 48.3×2.75mm and a sleeve pipe of 42.4×2.5mm, offering a telescopic stroke range from 1.6 to 3.6 meters. With a rated load-bearing capacity of 75kN and hot-dip galvanized surface treatment, it has successfully passed EU load tests. Our production line incorporates 12 welding robots and 6 automatic welding lines, ensuring precise dimensional accuracy and structural integrity that international projects demand.

Why Choose EN1065-Certified Steel Props

Traditional shoring props often fail to meet stringent safety requirements on overseas construction sites. The product addresses this challenge through its regulated design framework.

You receive a product that complies with mandatory safety features. The 100mm hand safety gap prevents finger crushing injuries during adjustment operations. The anti-disengagement system eliminates the risk of inner tube separation during handling.

Our props undergo rigorous compression buckling tests. They maintain full load capacity even at maximum extension. This reliability makes them ideal for compliance-driven projects in European markets and international bidding scenarios.

Technical Specifications of EN standard steel prop EN1065

Proven Applications in Demanding Scenarios

High-rise slab shoring requires dependable vertical support systems. When you cast multi-story concrete floors, our Class D props deliver consistent 20kN capacity across all extension lengths. This stability prevents load redistribution failures during curing phases.

Infrastructure restoration projects face harsh environmental conditions. In tunnel rehabilitation or bridge repair work, humidity accelerates corrosion. The galvanized finish on our EN standard steel prop EN1065 maintains structural integrity while providing precise height adjustment for irregular soffits.

Industrial formwork systems demand standardized components. You can integrate our props seamlessly with modular aluminum or steel formwork. Their predictable performance under high-pressure concrete pouring reduces project delays and safety incidents.

Manufacturing Excellence Behind Every Prop

Our cold bending and stamping workshop processes high-grade structural steel through 4 sets of cold roll forming equipment. This controlled manufacturing environment ensures uniform wall thickness and dimensional consistency.

Automated welding robots perform collar-to-tube and plate-to-tube joints. Each weld undergoes ultrasonic testing to verify penetration depth and absence of porosity. This precision eliminates weak points that could compromise load distribution.

The electrostatic spraying workshop applies pre-treatment before hot-dip galvanizing. You receive props with coating thickness exceeding 85 microns, meeting ISO 1461 standards for long-term corrosion resistance in outdoor construction environments.

Comprehensive Quality Assurance Process

Every production batch enters our compression buckling test facility. We verify that props sustain their rated nominal load at maximum extension without deformation. This validates the calculated safety factors built into the EN1065 design.

Our quality control team inspects the mandatory 100mm safety gap using precision gauges. Thread tolerance testing prevents jamming during field adjustments. Pin shear strength tests confirm the locking mechanism withstands peak impact loads during concrete pouring.

Dimensional accuracy checks ensure compatibility with standard formwork systems. You can confidently specify our EN standard steel prop EN1065 knowing each unit meets the measurement tolerances required for seamless installation.

Customization Capabilities for Project-Specific Needs

Beyond standard specifications, we accommodate custom requirements. Our engineering team reviews your technical drawings to modify extension ranges, load classes, or surface finishes.

You benefit from our 40,000 square meters of standardized workshops that support flexible production runs. Whether you need Class E props for extra-heavy-duty applications or specialized pin configurations, our manufacturing flexibility responds to your project timeline.

We provide sample props for on-site testing before full production. This allows you to validate performance under actual working conditions and confirm compatibility with your existing equipment.

FAQ

Q：What distinguishes Class D from Class E props?

A：Class D props provide 20kN minimum capacity at all extensions, while Class E props deliver 30kN. Choose Class E for extra-heavy slab loads or when safety margins are critical.

Q：How does the anti-separation feature protect workers?

A：The inner tube includes a forged stop that prevents complete withdrawal from the outer tube. This design eliminates drop hazards during transportation and repositioning.

Q：Can I verify EN1065 compliance on-site?

A：Yes. Genuine props display permanent stamped markings showing the EN 1065 standard number, load class designation, manufacturer identification, and production year.

Q：Why is hot-dip galvanizing specified?

A：Hot-dip galvanizing creates a metallurgically bonded zinc coating. This provides superior corrosion resistance compared to electroplating, extending service life in exposed construction environments.

Q：What documentation supports international bidding?

A：We supply test certificates showing compliance with EN 1065 Annex A protocols, ISO 9001 quality management certification, and material traceability reports for each production batch.

Contact Us

Contact our export team at sdxingruiqp@126.com to discuss your shoring requirements. We provide technical specifications, load calculation support, and competitive quotations for EN standard steel prop EN1065​ for projects of any scale.