C Hook Coil Lifter

The C-Hook Coil Lifter is a specialized lifting device designed for the safe and efficient handling of steel coils, pipes, and other cylindrical loads in industrial settings such as warehouses, steel mills, and manufacturing plants. Its unique C-shaped hook design ensures a secure grip, minimizing the risk of load slippage during transportation.

The C Hook Coil Lifter is a reliable, cost-efficient, and safe solution for steel coil handling, offering a balance of strength, versatility, and ease of use.

Capacity: customized

Span length:10m~40m

Weight:15000 kg

Max. Lifting Height:10m~30m or customizable

Working class:A3, A4

Trolley running speed:20 M/min

Working temperature:-25~40°C

Crane control mode: Remote Control,air operation, ground operation

1. Main C-Hook Body
The primary structural component shaped like a "C" to cradle the coil.

Made from high-strength steel (e.g., ASTM A36 or A572) to withstand heavy loads.

2. Lifting Lugs or Eyes
Attachment points for crane hooks or hoist chains.

Often reinforced with wear pads or bushings to reduce friction.

3. Load-Bearing Arms
Extend from the C-hook to support the coil's weight.

May include adjustable arms for different coil widths.

4. Coil Contact Pads
Replaceable wear pads or liners (often urethane or rubber) to protect the coil's surface from scratches.

5. Safety Latches/Locks
Prevents the coil from slipping during transport (e.g., swing bolts, hydraulic clamps).

6. Rotation Mechanism (Optional)
Some models include a swivel or bearing system to rotate coils for processing.

7. Counterweight (Optional)
Balances asymmetrical loads to prevent tilting.

HOOK:

Electrical System:

C-Shaped Hook (Primary Load Bearing Structure)

Made from high-strength steel (e.g., ASTM A36 or A572) to handle heavy loads.

Designed with a curved profile to cradle the coil securely.

Reinforced at the throat (the curved section) to prevent bending under load.

Support structure: A C-hook coil lifter is a specialized lifting device used in material handling, particularly for transporting steel coils. The support structure of a C-hook lifter is crucial for ensuring stability, load distribution, and operator safety.

Sketch:

The C Hook Coil Lifter is a specialized lifting device designed for handling steel coils efficiently and safely. Here are its key advantages:

1. Secure & Stable Grip
The C-shaped hook design wraps around the coil, preventing slippage during lifting and transport.

Ensures minimal load swing, enhancing safety in busy industrial environments.

2. Versatile Handling
Suitable for horizontal and vertical coil lifting, adapting to different storage and transport needs.

Works with various coil sizes and weights, making it ideal for steel mills, warehouses, and logistics.

3. Reduced Damage to Coils
The design minimizes contact pressure, preventing deformation or surface damage to delicate coils.

Often lined with protective materials (e.g., rubber pads) to avoid scratches.

4. Efficient & Time-Saving
Quick attachment and release speeds up loading/unloading compared to slings or chains.

Reduces manual handling, improving workflow in high-volume operations.

5. Durability & Low Maintenance
Made from high-strength steel for long-term use in harsh industrial conditions.

Fewer moving parts than vacuum or electromagnetic lifters, lowering maintenance costs.

6. Cost-Effective Solution
More affordable than automated coil lifters (e.g., vacuum or electromagnetic systems).

No external power required-works with standard overhead cranes or forklifts.

7. Safety Enhancements
Some models include safety latches to prevent accidental release.

Reduces worker strain by eliminating manual coil handling.

8. Space-Saving Design
Compact compared to larger lifting systems, allowing use in confined spaces.

C-hook coil lifters are specialized material handling devices designed for safely and efficiently moving coiled materials like steel, aluminum, and other metals. Here are the primary applications:

Common Industrial Applications
Steel Service Centers:

Handling hot-rolled and cold-rolled steel coils

Moving galvanized or coated coils

Transferring slit coils to processing lines

Metal Manufacturing Facilities:

Loading/unloading coils from trucks and railcars

Feeding coils into processing lines (blanking, slitting, leveling)

Transferring coils between production stages

Warehousing & Distribution:

Stacking coils in storage yards

Rotating coils for inspection

Positioning coils for shipping

Automotive Industry:

Handling coils for stamping operations

Feeding coil stock into press lines

Moving coils between production cells

Specialized Applications
Paper Industry: Handling large paper rolls (with modified designs)

Wire & Cable: Moving spooled wire products

Plastics: Handling rolled plastic materials

Key Features That Enable These Applications
Rotational capability for precise coil positioning

Adjustable arms to handle various coil diameters

Load balancing for safe transport

Non-marring surfaces to protect coil finishes

The company has installed an intelligent equipment management platform, and has installed 310 sets (sets) of handling and welding robots. After the completion of the plan, there will be more than 500 sets (sets), and the equipment networking rate will reach 95%. 32 welding lines have been put into use, 50 are planned to be installed, and the automation rate of the entire product line has reached

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