Cable-Stayed Bridge System with 10-300m Spans and MLC110 Loading Capacity for Highway and Railway Applications

Name: Cable-Stayed Bridge System with 10-300m Spans and MLC110 Loading Capacity for Highway and Railway Applications
Brand: EVERCROSS BRIDGE TECHNOLOGY (SHANGHAI) CO.,LTD.

Professional cable-stayed bridge engineering solutions featuring high-strength steel construction, multiple span configurations up to 300m, and certified loading capacities including AASHTO HL93 and NATO STANAG MLC110. Our bridges offer exceptional spanning capability, structural efficiency, and flexible construction methods for diverse infrastructure projects.

Usage Permanent Bridge

Place of Origin China

Packaging Details According to detailed order

Product Name Cable-stayed bridge

Material Steel

Model Number COMPACT-200; COMPACT-100; CHINA 321 ; PB 100; LSB; GWD; DELTA; 450,etc

siamese cable rg59 power cable for hair straightener pci-e riser cable

Product Description

Cable-Stayed Bridge Engineering Solutions

Our cable-stayed bridge systems provide high-strength structural solutions for large-span applications, combining engineering excellence with proven performance across diverse environments.

Structural Components

Cable-stayed bridges consist of three primary components working in structural harmony:

Main Beam: Concrete, steel-concrete composite, or full steel construction
Cable Tower: Concrete, steel-concrete composite, or steel construction
Stay Cables: High-strength steel wire or steel strand materials

Span Configurations

We offer multiple span layouts to match your specific crossing requirements:

Twin Tower Three-Span: Ideal for major river crossings with spans up to 300m
Single Tower Double-Span: Suitable for small to medium rivers and urban channels
Multi-Tower Systems: Engineered solutions for complex crossing requirements

Twin tower three-span cable-stayed bridge configuration

Single tower double-span cable-stayed bridge design

Tower Design Options

Our cable towers are engineered for optimal performance and aesthetic appeal:

Single Column: Simple structure ideal for single-plane cable systems
A-Shape & Inverted Y: Enhanced stiffness for unbalanced cable tension management
Multiple Configurations: Including H-type, door type, and gem type designs

Cable tower structural configurations for cable-stayed bridges

Cable Arrangement Systems

We provide three primary cable arrangement patterns:

Radial Pattern: Maximum vertical support with concentrated tower anchorage
Harp Pattern: Parallel cable arrangement with simplified tower connections
Sector Pattern: Combines advantages of both radial and harp configurations

Cable arrangement patterns for cable-stayed bridge systems

Technical Specifications

Parameter	Specification
Design Spans	10m to 300m Single Span
Carriage Way	Single Lane, Double Lanes, Multilane, Walkway
Loading Capacity	AASHTO HL93, HS15-44, HS20-44, HS25-44, NATO STANAG MLC80/MLC110
Steel Grade	S355JR, S460J0, ASTM A572 GR50/GR65
Certifications	ISO9001, ISO14001, ISO45001, EN1090
Welding Standards	AWS D1.1/D1.5, AS/NZS 1554
Galvanization	ISO1461, AS/NZS 4680, ASTM-A123

Key Advantages

Exceptional spanning capability for distances up to 300m
Reduced beam height for optimized clearance and elevation
Efficient load distribution through cable and tower system
Flexible construction methods including cantilever assembly
Proven performance for highway and railway applications

Construction Methods

Our cable-stayed bridges support multiple construction approaches:

Support construction method
Push construction method
Rotary construction method
Cantilever construction (assembly and pouring)

Evercross Steel Bridge Portfolio

In addition to cable-stayed bridges, we offer comprehensive steel bridge solutions including Bailey bridges, modular bridges, truss bridges, arch bridges, and floating bridges engineered to meet international standards and specifications.