Wooden Suspension Bridge & Footbridge

Timber Footbridge for Gardens, Parks & Scenic Areas | Custom Engineering
Email: 858069858@qq.com Tel: +86-138-8336-6528 www.guwanli.com WeChat/WhatsApp Available

Product Overview

China manufacturer of wooden suspension bridges (吊桥) and footbridges. Timber deck with steel cable suspension or timber arch construction. For gardens, parks, scenic areas, and pedestrian walkways. Custom spans from 5m to 50m. Engineering calculations provided. 48-year factory, global shipping.

Manufacturer Direct Custom OEM/ODM Global Shipping MOQ Negotiable

Specifications

WarrantySteel cables and hardware: 10 years | Timber structure: 5 years
DeliverySmall bridges (under 15m): 20-40 days | Large bridges: 45-90 days
MOQ1 unit (custom spans welcome)
ApplicationsGarden bridges, park footbridges, scenic area walkways, pedestrian overpasses, stream crossings, mountain trail bridges, resort crossings, heritage village footpaths

Applications

Garden bridges, park footbridges, scenic area walkways, pedestrian overpasses, stream crossings, mountain trail bridges, resort crossings, heritage village footpaths

FAQ

What is the maximum span for a wooden footbridge?

For timber beam bridges (arch type): up to 15m without intermediate support. For timber suspension bridges: 15m to 50m span. For timber arch bridges with steel reinforcement: up to 30m. Beyond these spans, we recommend a hybrid steel-timber design for structural efficiency.

What load capacity do these bridges support?

Standard pedestrian bridges are designed for a live load of 4.0 kN/m2 (approximately 400kg/m2), suitable for foot traffic, bicycles, and light maintenance vehicles. For heavy vehicle loading (emergency vehicles), we design to 15kN/m2. Design load is confirmed with the client based on intended use.

How do you protect the timber from weathering?

We use a comprehensive protection system: (1) ACQ or CCA pressure treatment for all timber in ground contact or exposed locations; (2) Intumescent fire retardant coating for public installations; (3) Stainless steel or hot-dip galvanized hardware for all connections; (4) Overhanging roof structure for rain protection (optional for aesthetic or heritage bridges).

Can the bridge be installed in remote locations?

Yes. All bridges are designed as prefabricated kits with numbered components for easy assembly. The largest single component is typically the bridge deck panel or arch rib. For very remote locations, we design for manual assembly without heavy machinery — all components can be carried by 4-6 workers.

Do you provide engineering calculations?

Yes. All bridges include structural engineering calculations stamped by a licensed engineer. Calculations cover: dead load, live load, wind load, seismic load (where applicable), and fatigue analysis for the suspension system. These are provided in English or Chinese as required for local permitting.

Installation & Operation Guide

1

Foundation Preparation

Excavate abutment positions on both sides of the span. Pour reinforced concrete abutments (minimum C30 grade) with anchor bolts projecting for bridge connection. Ensure both abutments are at the same elevation and aligned on the bridge centerline.

2

Steel Cable Installation (Suspension Bridges)

Thread the main suspension cables through the abutment anchorages. For long spans, cables may need to be pulled across using a pilot rope. Tension the cables to the specified initial tension, then lock off at the anchorages. Install vertical hanger cables at specified intervals.

3

Deck Panel Installation

Start from one end and work toward the center. Connect each deck panel to the main cables or arch using the specified hardware. Ensure all connections are fully tightened. Check the deck alignment and levelness at each step.

4

Handrail Installation

Install posts at specified intervals (typically 1.2-1.5m). Posts should be secured to the deck sides using bolt-through connections. Install horizontal rails and any intermediate balusters. All handrail components must meet local height regulations (typically 900-1100mm for footbridges).

5

Alignment & Load Testing

Verify the deck is level across its width. Check cable tensions match the design specification (use a cable tension meter). For suspension bridges: verify the mid-span deflection under design load matches calculations. Conduct a static load test by placing weighted bags (equivalent to design load) and measuring deflection.

6

Finishing & Handover

Apply any final surface finishes to timber components. Install drainage outlets if specified. Photograph the as-built structure for documentation. Provide maintenance manual including: annual inspection checklist, re-tensioning schedule for cables, timber maintenance guide, and warranty registration.

Ready to Order or Request a Custom Quote?

Contact us with your project requirements — we respond within 2 hours during business hours.

Email: 858069858@qq.com  |  Tel: +86-138-8336-6528