Double Crane Traveling Wheel Assembly

The Double Crane Traveling Wheel Assembly is designed for heavy-duty overhead cranes and gantry cranes requiring stable and high-capacity rail movement.

This assembly consists of precision-machined forged wheels integrated with a central shaft system, ensuring balanced load distribution and smooth crane traveling performance.

It is widely used in industrial crane systems operating under high loads and continuous working conditions.

Key Features

Dual-Wheel Configuration

The double wheel design enhances load distribution and improves overall traveling stability, especially for heavy-duty crane applications.

High-Strength Forged Steel

Manufactured from premium forged alloy steel to ensure:

• Superior wear resistance

• High impact strength

• Excellent fatigue performance

• Long operational lifespan

Forged structure provides better internal grain flow compared to cast wheels.

Precision Machined Tread & Flange

The wheel tread is accurately machined to match crane rail profiles, ensuring:

• Smooth rail contact

• Reduced vibration

• Lower operational noise

• Minimized rail wear

Heat Treated Running Surface

The wheel tread can be quenched and tempered or surface hardened to improve hardness and wear resistance under continuous operation.

Integrated Shaft & Bearing System

Designed with high-precision shaft connections to ensure stable rotation and efficient power transmission.

Technical Specifications

• Type: Double Crane Traveling Wheel Assembly

• Application: Overhead Crane / Gantry Crane

• Material: Forged Alloy Steel

• Heat Treatment: Q&T / Surface Hardening

• Mounting Type: Shaft Integrated Design

• Customization: Available according to drawing and load capacity

Applications

• Double Girder Overhead Cranes

• Heavy-Duty Gantry Cranes

• Steel Mill Crane Systems

• Rail-Mounted Industrial Equipment

• Large Workshop Material Handling Systems

Advantages of Forged Crane Wheels

Compared to cast wheels, forged crane wheels provide:

• Higher structural strength

• Better crack resistance

• Improved fatigue life

• Longer service life under heavy cyclic loading