Our Early Release Standards are engineered for high-efficiency construction, specifically designed for floor heights of 2.9-3.0m. By utilizing an innovative "one bar to the top" system, this solution eliminates free ends and minimizes jacking, making it an ideal choice for both early and non-early demolition projects in structural metal manufacturing.
Integrating an advanced integrated vertical rod and buckle system, this product prioritizes worker safety and operational speed. By repositioning the vertical pole adjustment to a human-centric height, we eliminate the need for climbing, ensuring a stable support structure that significantly outperforms traditional coil scaffolding in every commercial metric.
Detailed Parameters
| Specification Size | φ48mm | Length Range | L=2690mm ~ 2860mm |
|---|---|---|---|
| Application Height | 2.9m - 3.0m Floors | Buckle Weight | 1.2 kg |
| Structure Type | Integrated Vertical Rod | Adjustment Position | Human-height mid-position |
| Installation Type | Quick-release Buckle | Support Status | Stable / No Free End |
| Material Category | Structural Metal Steel | Compatibility | Early/Non-early Demolition |
Key Advantages
Enhanced Stability
Integrated structure prevents swaying and solves the "false branch" issue common in traditional systems.
90% Time Saving
Eliminates complex nut adjustments, drastically reducing installation and disassembly time.
Labor Efficiency
Reduction of labor intensity by 20 times compared to 7kg+ traditional early release devices.
Ergonomic Design
Vertical pole adjustment is positioned for human height, removing the risk and effort of climbing.
Surface Protection
Simple buckle screw mechanism prevents scratching of the vertical rod and concrete roof damage.
80% Cost Reduction
Significant savings in purchase input, maintenance, storage, and logistics handling costs.
Product Gallery
Management Platforms
Logistics Optimization
Reduced equipment weight simplifies loading and unloading processes for faster site deployment.
Installation Control
Simplified assembly protocols reduce the need for highly specialized labor on site.
Safety Monitoring
Integrated structure eliminates swaying, ensuring compliance with strict construction safety standards.
Maintenance Tracking
High-durability materials reduce the frequency of replacement and maintenance cycles.
Inventory Efficiency
Compact design and lightweight buckles optimize storage space in warehouses.
Resource Allocation
Lowered total cost of ownership allows for better allocation of budget to other project phases.
Investment Return Comparison
| Comparison Metric | Traditional Device | Our Early Release System |
|---|---|---|
| Component Weight | Over 7kg per unit | 1.2kg per buckle |
| Labor Intensity | Baseline (1x) | 20x Reduction in Effort |
| Installation Time | Complex / Slow | Over 90% Time Saved |
| Comprehensive Cost | High (Purchase & Maint) | 80% Cost Saving |
| Structural Safety | Swaying / Virtual Branches | Integrated / Stable Support |
Frequently Asked Questions
The primary advantage is the drastic reduction in weight (1.2kg vs 7kg+) and complexity, leading to 90% time savings and a 20-fold reduction in labor intensity during installation and removal.
It uses an integrated structure that eliminates "free ends" and swaying, which prevents the instability and "virtual branch" phenomena common in traditional nut-adjusted systems.
These standards are specifically optimized for floors with heights between 2.9m and 3.0m to achieve the "one bar to the top" construction efficiency.
Yes, the system is versatile and designed to be used in both early demolition and standard demolition scenarios without compromising stability.
Unlike traditional systems where knocking the wrong nut can cause torsion and crack the concrete, our system uses a simple buckle screw that ensures the vertical rod remains secure without scratching the roof.
Users can expect up to an 80% reduction in comprehensive costs, including initial purchase, secondary handling, loading/unloading labor, and ongoing maintenance.
