The flat woven wire rope belt sling is a specialized lifting and rigging tool designed for heavy-duty applications where strength, abrasion resistance, and low elongation are critical. Engineered from high-quality steel wire ropes woven into a flat belt structure, this type of sling combines the strength of steel with the flexibility of a belt sling, offering a durable and reliable solution for demanding industrial lifting environments.
In this guide, you will get more details of flat wire rope belt sling, common applications, how to use it safely. If you’re in industries like steel manufacturing, shipbuilding, logistics, or construction, understanding this product can enhance your operational efficiency and safety
📚 Table of Contents
- 1. What is a Flat Woven Wire Rope Belt Sling?
- 2. Braided Wire Rope Flat Sling Common Applications
- 3. How to Use It? —— Step-by-Step Guide
- 4. Comparison: Flat Woven Wire Rope Belt Sling vs. Webbing Sling
- 5. Key Safety and Maintenance Tips
- 6. Choosing the Right Flat Woven Wire Rope Belt Sling for Your Operation
- 7. Conclusion
What is a Flat Woven Wire Rope Belt Sling?
A flat wire rope sling belt , also known as a flat braided cable sling or braided wire rope belt. Made by interweaving multiple strands of steel wire ropes into a flat, belt-like structure. Each end typically features a soft eye or loop for secure attachment to lifting hooks or shackles.
Key Features:
- High strength-to-weight ratio
- Excellent abrasion and cut resistance
- Minimal stretch under load
- Wide bearing surface reduces load damage
- Suitable for high-temperature environments
These characteristics make flat woven wire rope belt slings ideal for lifting heavy, sharp-edged, or high-temperature loads that may damage synthetic slings.
Braided Wire Rope Flat Sling Common Applications
Braided wire rope slings widely used in:
- Steel coil lifting in steel mills and processing plants
- Reel lifting for transporting heavy drums and cable reels
- Load securing and rigging in shipping and port operations
- Offshore platforms where corrosion resistance is required
- Bridge and tunnel construction for lifting massive components
- Heavy machinery handling in manufacturing facilities
These slings often custom-fabricated to match specific load shapes and handling requirements.
How to Use It? —— Step-by-Step Guide
To use a flat braided wire slings safely and effectively, follow these steps:
- Inspect Before Use
Check for visible damage, broken wires, severe bends, or corrosion.
Ensure both lifting eyes and braids are intact. - Choose Correct Lifting Points
Confirm that the load is balanced.
Use softeners or sleeves if needed to prevent sharp edge contact. - Connect Properly
Attach the lifting eyes to the crane hook or shackle securely.
Avoid twisting or knotting the sling. - Lift Smoothly
Start lifting slowly and steadily to avoid shock loading.
Do not exceed the working load limit (WLL) specified on the tag. - After Lifting
Store the sling in a dry, ventilated place, away from chemicals or heat sources.
Regularly maintain and re-lubricate if needed.
Comparison: Flat Woven Wire Rope Belt Sling vs. Webbing Sling
| Feature | Flat Woven Wire Rope Belt Sling | Webbing Sling |
| Material | Steel wire rope | Polyester or nylon |
| Strength | Very high | Moderate |
| Resistance to Abrasion/Heat | Excellent | Poor to moderate |
| Flexibility | Moderate | High |
| Weight | Heavier | Lighter |
| Application | Heavy-duty, sharp loads, outdoor use | Light-duty, delicate loads, indoor use |
Key Safety and Maintenance Tips
- Never exceed the rated load capacity. Always refer to the manufacturer’s WLL (Working Load Limit).
- Avoid sudden loads or impact forces. These can damage the sling or the load.
- Use protective sleeves when handling sharp-edged materials.
- Store properly: Avoid moisture and corrosive chemicals.
- Perform regular inspections and follow national standards like OSHA, ASME B30.9, or EN standards.
Choosing the Right Flat Woven Wire Rope Belt Sling for Your Operation
Selecting the correct sling is critical for safe and efficient lifting. Here are some practical tips:
- Understand Your Load Requirements: Know the weight, shape, surface condition, and lifting points of the object.
- Match Sling Width to Load Surface: Wider slings distribute pressure better and help protect the load surface.
- Check Temperature and Environment: Steel wire slings can withstand heat better than synthetic slings, but be cautious around acids and corrosive chemicals.
- Verify Compatibility with Lifting Equipment: Ensure that hooks, shackles, and other lifting gear match the sling’s loop size and capacity.
- Customization is Key: For unique applications, custom slings can be made with multiple layers, different eye styles, or integrated protective coverings.
By considering these factors, you can ensure not only lifting efficiency but also workplace safety and sling longevity.
Conclusion
The flat woven wire rope belt is a game-changing lifting solution for industries that demand high strength, durability, and safety. Whether you’re lifting steel coils, reels, or other heavy equipment, this sling offers a reliable alternative to traditional synthetic slings. When selected and used properly, it helps reduce operational risks and improves overall efficiency.
If you’re looking to source high-quality flat woven wire rope belt slings or have specific lifting challenges to address, our expert is here to help. Visit our product page or contact us for tailored solutions.
