Bus shelter

1. Product Overview The T-Win Modern Bus Shelter is a cutting-edge public transit infrastructure solution designed to enhance passenger comfort, safety, and urban aesthetics. Engineered for durability and functionality, this shelter combines robust materials with contemporary design elements, making it suitable for diverse urban, suburban, and rural environments. With a focus on weather resistance, accessibility, and user experience, it serves as both a practical waiting space and a visually appealing urban furniture piece. 2. Technical Specifications | Parameter          | Details                                                                 | |---------------------|-------------------------------------------------------------------------| | Dimensions          | Length: 6000mm (6m) / Height: 2600mm (2.6m) / Width: 1800mm (1.8m)      | | Weight              | Approx. 850kg (including all components)                               | | Structural Material | Main frame: 2.5mm thick galvanized steel (Q235 grade)                  | | Roof Material       | Transparent polycarbonate dome (4mm thickness, UV-resistant)           | | Seating Material    | Wood-plastic composite (WPC) planks (50mm×100mm cross-section)         | | Color Options       | Frame: Customizable RAL colors (standard: RAL 7016 anthracite gray)    | | Installation Type   | Bolted foundation (requires concrete base with depth ≥ 500mm)          | | Load Capacity       | Roof: 0.5kN/m² (snow load) / Wind resistance: 150km/h                  | 3. Material Composition \u0026 Advantages 3.1 Galvanized Steel Frame The shelter's structural framework utilizes hot-dip galvanized steel, a material renowned for its exceptional corrosion resistance. The galvanization process involves coating the steel with a zinc layer (≥85μm thickness), providing long-term protection against rust, oxidation, and environmental wear. This ensures the shelter maintains structural integrity even in harsh climates, including coastal areas with high salt exposure and industrial zones with air pollution. The steel's high tensile strength (≥375MPa) also guarantees resistance to impact and vandalism, common concerns in public spaces. 3.2 Transparent Polycarbonate Dome Roof The roof features a double-curved polycarbonate dome design, striking a balance between functionality and visual appeal. Key benefits include: - Light Transmission: 89% light transmittance creates a bright interior without the glare of direct sunlight, reducing reliance on artificial lighting during daytime - Impact Resistance: 200 times stronger than glass, preventing shattering from hail, falling debris, or vandalism - Thermal Insulation: Multi-wall structure with air pockets reduces heat transfer, keeping the interior 3-5°C cooler in summer and warmer in winter - Weatherproofing: UV-stabilized surface resists yellowing and degradation from sunlight exposure, with a service life of ≥15 years - Architectural Aesthetics: The curved silhouette adds a modern, dynamic element to urban landscapes, distinguishing it from traditional flat-roof shelters 3.3 Wood-Plastic Composite Seating The integrated bench system employs premium WPC material, composed of 60% recycled wood fibers and 40% HDPE plastic. This innovative composite offers: - Comfort: Natural wood-like texture with slight flexibility, providing superior seating comfort compared to rigid metal or concrete - Weather Resistance: 100% waterproof with zero water absorption, preventing rot, mold, and warping in rainy conditions - Temperature Regulation: Low thermal conductivity prevents extreme heat absorption (stays ≤40°C in direct sunlight) and cold retention (-10°C to 60°C operating range) - Sustainability: Made from recycled materials with no toxic preservatives, contributing to LEED certification eligibility - Maintenance: Stain-resistant surface allows easy cleaning with water and mild detergent; no need for painting or sealing 4. Design Features 4.1 Ergonomic Seating The 1800mm-long bench is positioned at a 15° recline angle with a 450mm seat height, optimizing lumbar support for passengers of all ages. The contoured seat surface includes subtle drainage grooves to prevent water pooling, while the 50mm overhang at the front edge prevents clothing from touching the ground. 4.2 Accessibility Considerations - Step-free entry with 1:12 ramp transition to sidewalk level, compliant with ADA standards - 1200mm clear width between seat and opposite wall, accommodating wheelchair users - High-contrast color scheme (anthracite frame with light gray seating) for visual impairment accessibility - Optional Braille signage mounts and audible announcement integration ports 4.3 Weather Protection - Extended roof overhang (600mm beyond front frame) provides coverage from rain and snow - Side panels with adjustable louvers (optional) offer wind protection while maintaining ventilation - Integrated gutter system with downspouts directs water away from the entrance area - Anti-slip floor tiles (300×300mm porcelain with R11 slip resistance rating) 5. Customization Options - Advertising Displays: Integrated 55\" LCD screens (waterproof IP65 rating) or backlit poster frames (A0 size) - Lighting: LED strip lighting (3000K warm white) with motion sensors and photovoltaic panels - Green Features: Living plant wall modules or solar-powered USB charging ports - Signage: Custom route maps, real-time arrival displays, and emergency call buttons 6. Installation \u0026 Maintenance Installation requires a 4-person team and takes approximately 8 hours with standard tools. The shelter comes pre-assembled in 3 main modules (roof, frame, seating) for simplified on-site assembly. Maintenance requirements are minimal: - Quarterly: Inspect fasteners and clean polycarbonate roof with non-abrasive cleaner - Semi-annually: Check drainage system and lubricate moving parts (if applicable) - Annually: Inspect structural integrity and touch up paint (if needed) 7. Applications Ideal for deployment in: - Urban transit hubs and busy street intersections - Suburban residential areas with moderate foot traffic - University campuses and commercial districts - Tourist areas requiring both functionality and aesthetic appeal - Coastal regions (thanks to corrosion-resistant materials) 8. Compliance \u0026 Certifications - EN 1090-1:2009+A1:2011 (Structural steel components) - ISO 1461:2009 (Hot-dip galvanizing standards) - ASTM D6662-18 (Standard specification for WPC products) - CE marked for compliance with EU construction product regulations - ADA 2010 Accessibility Standards for Public Buildings Conclusion The T-Win Modern Bus Shelter represents the next generation of public transit infrastructure, where durability meets design and functionality meets comfort. Its robust galvanized steel structure, innovative polycarbonate dome roof, and ergonomic WPC seating create a shelter that not only withstands the elements but enhances the urban landscape. With customizable options to suit specific location needs, this shelter is more than just a waiting space—it's an investment in public welfare, urban beautification, and sustainable design.