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Product Description
Sourced directly from a premier manufacturer and supplier, the 1x3 Bridge Deck Panel is engineered for heavy-duty temporary steel bridges. Designed for large-scale infrastructure projects, it delivers unparalleled structural integrity and rapid deployment capabilities.
Direct manufacturer supply ensuring rigorous metallurgical quality control.
Engineered specifically to meet high-volume infrastructure and rapid-response demands.
Standardized dimensions guarantee seamless modular integration with existing truss frameworks.
The bridge deck serves as the paramount load-bearing stratum of any temporary steel crossing, meticulously engineered to endure the relentless punishment of heavy vehicular traffic and harsh environmental elements. When colossal machinery traverses the surface, the precision-crafted 8 to 14 mm hot-rolled chequer plate absorbs the immense pressure, seamlessly converting concentrated wheel forces into evenly distributed loads across the underlying Bailey truss system. The tactile ruggedness of the diamond-patterned surface provides an immediate sense of security, ensuring an aggressive, high-friction grip even under torrential rain, thick mud, or icy conditions. For urban environments where acoustic management is critical, the heavy-duty variants feature a specialized rubber interlayer sandwiched between dual steel plates, effectively dampening the harsh metallic clatter of tracks and tires into a muffled, low-frequency hum. Every panel exudes industrial-grade craftsmanship, from the cleanly cut lifting holes designed for balanced hoisting to the flawlessly galvanized exterior that gleams with a protective, weather-resistant finish. This structural component not only encloses the grid system to prevent falling debris but also dramatically enhances the torsional stiffness of the entire bridge framework, locking securely with transoms to form an impenetrable, unyielding driving platform.
Precision engineering requires exact measurements and uncompromising material standards. The following specifications detail the rigorous parameters that define our bridge deck panels, ensuring they meet the demanding criteria of global infrastructure projects. Each metric is carefully calibrated to balance structural strength, handling efficiency, and long-term durability.
Product Name | 1x3 Bridge Deck Panel For Steel Temporary Bridges |
|---|---|
Standard Size | 3.0 m × 1.5 m |
Unit Weight | ≤150 kg |
Main Material | 8–14 mm hot-rolled chequer plate / steel grating / precast concrete panel / weathering steel |
Heavy-Duty Configuration | Double steel plates with rubber interlayer (for shock absorption and noise reduction) |
Surface Treatment | Hot-dip galvanizing (coating thickness ≥85 μm) |
Anti-Skid Friction Coefficient | ≥0.6 |
Flatness Tolerance | ≤ ±3 mm/m |
Connection & Fixing Method | U-shaped bolts or L-shaped bolts (locked with transoms) |
Additional Structural Design | Pre-reserved lifting holes at edges, handrail lugs |
Quality Certification System | ISO9001 |
These specifications guarantee that every panel seamlessly integrates into existing truss frameworks, providing a standardized, reliable, and highly resilient surface for any temporary crossing requirement.
Engineered to resolve the most complex logistical and structural challenges in temporary crossing construction, these deck panels offer a multitude of operational advantages. They are not merely platforms, but sophisticated load-management systems designed to optimize project timelines and maximize safety.
Dynamic Load Distribution: Intelligently disperses single-wheel pressure laterally over multiple transoms, completely eliminating the risk of localized overloading and structural fatigue under heavy machinery.
Enhanced Torsional Rigidity: By fully enclosing the grid system, the panels significantly increase the overall torsional stiffness of the bridge, preventing sway and micro-deformations under dynamic moving loads.
Acoustic and Kinetic Dampening: The availability of heavy-duty double-plate designs with rubber interlayers absorbs kinetic impact, drastically reducing the harsh metallic noise typically associated with temporary steel structures.
Fail-Safe Locking Mechanism: Utilizes robust U-shaped or L-shaped bolts to create an immovable, integral deck system that remains securely anchored even under the extreme, continuous vibrations of heavy transit.
Debris Containment Architecture: The solid surface design prevents hazardous materials, loose gravel, or construction debris from falling through the bridge framework, protecting personnel, waterways, and environments below.
When constructing temporary bridges in unforgiving environments, the longevity of the driving surface is paramount. Our panels are forged to withstand the most aggressive atmospheric and chemical conditions, ensuring structural integrity remains uncompromised over extended deployments.
High-Strength Core: Constructed from premium 8-14mm hot-rolled chequer plate or specialized weathering steel, providing exceptional resistance to mechanical wear, heavy impacts, and abrasive friction.
Marine-Grade Galvanizing: Treated with a rigorous hot-dip galvanizing process, achieving a protective coating thickness of ≥85 μm. This creates an impenetrable barrier against saltwater spray, preventing rust in highly corrosive coastal or marine environments.
Extreme Climate Resilience: Specifically engineered to maintain molecular stability in freezing permafrost regions, preventing the steel from becoming brittle while resisting the corrosive effects of industrial de-icing salts.
Extended Operational Lifespan: The precise combination of heavy-duty base materials and advanced surface treatments dramatically extends the lifecycle of the panels, reducing the frequency and financial burden of replacement.
Safety is the non-negotiable foundation of any infrastructure project. These deck panels are meticulously calibrated to handle extreme weights while providing a secure, hazard-free transit route for both colossal machinery and foot traffic.
Optimized Force Conversion: The structural geometry expertly converts massive, concentrated wheel pressures from tanks, excavators, and transit mixers into manageable, evenly distributed loads across the substructure.
Superior Traction Control: The deep-textured chequer plate and grating options guarantee an anti-skid friction coefficient of ≥0.6, providing tires and heavy boots with an aggressive grip even when slick with mud, ice, or torrential rain.
Precision Flatness: Manufactured with a strict flatness tolerance of ≤ ±3 mm/m, ensuring a remarkably smooth driving surface that prevents dangerous vehicle jolting and minimizes wear on vehicular suspension systems.
Pedestrian Safety Assurance: The seamless interlocking design eliminates dangerous gaps and tripping hazards, ensuring a stable and secure walkway for site personnel, engineers, and emergency responders.
In emergency response and fast-paced construction scenarios, time is a critical asset. The architectural philosophy behind these panels centers on maximum modularity, allowing engineering teams to deploy and assemble crossing infrastructure with unprecedented speed.
Standardized Dimensions: The uniform 3.0 m × 1.5 m sizing ensures perfect compatibility with standard Bailey truss systems, eliminating the need for time-consuming on-site modifications or custom fitting.
Manual Handling Capability: Despite their immense strength, each standard panel is engineered to weigh ≤150 kg. This precise weight management permits rapid manual handling and positioning by ground crews when heavy lifting equipment is restricted or unavailable.
Integrated Handling Features: Pre-reserved lifting holes at the edges allow for swift, perfectly balanced hoisting by small lorry-mounted cranes, drastically cutting down rigging and positioning time.
Instantaneous Locking: The intuitive U-bolt and L-bolt fastening system enables workers to quickly anchor the panels to the transoms, transforming individual components into a rigid, unified deck in a fraction of the standard time.
Installation Method Recommendation
Different operational theaters demand distinct structural solutions. Our bridge decking is highly adaptable, engineered to resolve specific environmental and logistical pain points across a diverse spectrum of demanding industries.
Urban Construction Trestles: Utilizing the heavy-duty configuration with a built-in rubber interlayer, these panels absorb kinetic energy and drastically reduce noise pollution, making them ideal for night-time operations in densely populated city centers.
High-Altitude & Snow Regions: The specialized steel grating variants prevent hazardous snow and ice accumulation, maintaining a clear, self-draining transit path in freezing permafrost territories without manual clearing.
Mining & Port Operations: Designed for extreme wear resistance, the panels withstand the relentless, high-frequency traffic of heavy forklifts, logging trucks, and container trailers, with a modular nature that allows for the rapid replacement of individual worn sections.
Subway Excavation: Functions flawlessly as heavy-duty cover plates for subterranean excavations, serving simultaneously as a secure protective roof and a robust surface-level work platform for heavy machinery.
Disaster Relief & Military Assault: The combination of high load capacity and rapid deployment makes them the core component for lifeline access bridges and military crossings, supporting high-track-pressure vehicles during critical missions.
Procuring complex structural components requires a partner with deep manufacturing capabilities and engineering foresight. Operating from a dedicated production base in Zhenjiang, Jiangsu, we offer an end-to-end manufacturing ecosystem designed to streamline your procurement process.
Integrated Production Base: As a direct manufacturer, we eliminate intermediary friction, maintaining total control over the metallurgical quality, fabrication precision, and delivery timelines of every panel produced.
Bespoke Engineering Solutions: We move beyond off-the-shelf products by providing comprehensive customization services, tailoring dimensions, load capacities, and material compositions to meet the exact specifications of non-standard, complex projects.
Complimentary Structural Calculations: Our in-house engineering team provides free, rigorous structural calculations and detailed CAD drawings, significantly reducing your upfront design costs and mitigating technical risks before fabrication begins.
Seamless Project Integration: From initial consultation to final fabrication, our streamlined workflow ensures that every customized component aligns perfectly with your overarching project architecture and engineering standards.
We recognize that the deployment of structural steel involves significant logistical and technical coordination. To eliminate any friction during the installation phase, we back our products with an uncompromising quality control framework and round-the-clock technical guidance.
Certified Excellence: Every production phase operates under strict ISO9001 certification protocols. Products are rigorously tested to meet and exceed national and international structural safety standards.
Transparent Documentation: We provide absolute traceability and peace of mind by supplying comprehensive material certificates, detailed laboratory test reports, and official quality assurance documents with every single shipment.
Multimedia Installation Guidance: To facilitate flawless on-site erection, we supply an extensive library of technical drawings, step-by-step assembly manuals, and high-definition instructional videos.
On-Site & Remote Supervision: For highly complex deployments, our expert engineers are available for on-site supervision, complemented by a dedicated 24-hour technical support hotline to resolve any immediate installation queries.
Selecting the right structural components dictates the safety, efficiency, and financial viability of your entire project. Our manufacturing philosophy is built on delivering tangible, long-term value to large-scale infrastructure developers and engineering contractors.
Unrivaled Durability: We utilize only premium-grade steel and advanced anti-corrosion treatments, ensuring our panels outlast conventional alternatives even in the most brutal, high-impact environments.
Cost-Efficient Deployment: The intelligent modular design and lightweight handling characteristics drastically reduce the need for heavy lifting machinery and extensive manual labor, optimizing your operational budget.
End-to-End Accountability: From raw material sourcing to post-installation support, we take full responsibility for the performance of our products, providing a secure, risk-free procurement experience.
Proven Global Track Record: Our components form the backbone of critical infrastructure across diverse sectors, from emergency disaster relief pathways to heavy-duty mining transit routes, proving their reliability under extreme real-world pressures.
To assist your engineering and procurement teams in making informed decisions, we have compiled detailed answers to the most critical technical and operational inquiries regarding our bridge deck panels.
We are a direct manufacturer operating a specialized production base in Zhenjiang, Jiangsu. We possess our own advanced production lines dedicated exclusively to the fabrication of steel Bailey bridges, deck panels, chords, frames, and associated structural components, ensuring direct quality oversight without third-party markups.
Our manufacturing facilities operate under strict ISO9001 certification. All products comply with rigorous national standards. Furthermore, we provide complete transparency by supplying full material certificates, comprehensive test reports, and official quality certificates with every order to ensure absolute compliance with your project requirements.
Absolutely. We specialize in providing tailored engineering solutions. Our technical team offers complimentary structural calculations, detailed drafting of blueprints, and full customization of panel dimensions, materials, and load capacities to perfectly match the unique constraints of your specific site.
We ensure a seamless installation experience by providing comprehensive technical drawings, detailed assembly manuals, and instructional videos. Additionally, we offer expert on-site supervision services and maintain a 24-hour after-sales support channel to assist your construction team at any time, ensuring safe and rapid deployment.
Our heavy-duty configuration utilizes a highly specialized dual-layer steel plate design featuring an integrated rubber interlayer. This sophisticated construction effectively absorbs kinetic impact and dampens the acoustic vibrations caused by heavy machinery, significantly reducing noise pollution in sensitive urban environments.
Following the assembly of the bilateral truss structures and transoms, the sway bracing must be secured. Subsequently, the first row of bridge decking is paved along the width of the transoms, locking the side and middle panels via U-shaped or L-shaped bolts. Once the upper chord reinforcement is installed, cranes can safely advance onto the newly laid, highly stable deck to position subsequent transoms and panels in a continuous, progressive manner.
