320 Ton European Type Double Hook Block

The 320 Ton European Type Double Hook Blockis engineered for extreme heavy-duty lifting applications in large-scale double girder overhead crane systems.

Designed with a twin hook configurationand reinforced heavy-load structural plates, this hook block delivers exceptional strength, balanced load distribution, and operational stability under ultra high-capacity working conditions.

This model represents the highest level of industrial lifting performance, suitable for mission-critical heavy lifting environments.

Key Features

Twin Hook (Double Hook) Design

The dual hook configuration ensures superior load balance when lifting extremely heavy or oversized components.
It significantly reduces load swing and enhances operational safety.

European Structural Engineering

Built under European structural concepts with optimized stress distribution and compact heavy-duty plate design, ensuring minimal deformation under 320-ton rated capacity.

Reinforced Multi-Sheave System

Equipped with a heavy-duty internal multi-sheave rope arrangement to distribute rope tension evenly, improving lifting efficiency and extending wire rope lifespan.

High-Strength Forged Hooks

Manufactured from premium alloy forged steel, providing exceptional fatigue resistance, impact toughness, and long service life under continuous heavy lifting cycles.

Enhanced Structural Integrity

Thickened side plates, reinforced load-bearing pins, and precision-machined components ensure maximum safety margins.

Industrial Protection Coating

Durable surface treatment provides corrosion resistance for harsh industrial environments.

Technical Specifications

• Rated Capacity: 320 Ton

• Type: European Type Hook Block

• Hook Configuration: Twin Hook

• Application: Double Girder Overhead Crane

• Structure: Ultra Heavy-Duty Multi-Sheave System

• Customization: Available according to project requirements

Applications

• Steel Mills & Continuous Casting Plants

• Large Forging & Foundry Facilities

• Shipbuilding & Offshore Engineering

• Wind Turbine Core Component Handling

• Heavy Infrastructure & Mega Projects

• Ultra Heavy Industrial Lifting Systems