Types of Lifting Slings Explained: Chain, Round, Webbing & Flat — Which Do You Need?

Key Takeaways:

• Lifting slings are essential for safe load handling across industries
• The main lifting sling types include chain, round, webbing, and flat slings
• Chain sling vs synthetic sling depends on load type, environment, and durability needs
• Polyester slings and other synthetic slings are ideal for delicate loads
• Proper sling selection improves safety, efficiency, and compliance
• Regular inspection of rigging slings is required under Australian standards
• Choosing the right lifting slings reduces downtime and risk

Introduction

Choosing the right lifting slings can be confusing, especially when safety, compliance, and load protection are at stake. Should you use a chain or a synthetic? Is a round sling better than a webbing sling? This guide breaks down all major lifting sling types, compares chain sling vs synthetic sling, and helps you choose the right crane lifting slings for your application.

Table of Contents

• Understanding Lifting Slings
• Overview of Main Lifting Sling Types
• Chain Sling vs Synthetic Sling
• Webbing Sling vs Round Sling
• Benefits & Use Cases by Industry
• How to Choose the Right Sling
• Inspection & Safety Requirements
• Tools & Compliance Resources
• Industry Trends
• Conclusion
• FAQs

Understanding Lifting Slings

Lifting slings are flexible lifting accessories used to safely secure and lift loads with cranes or hoists. These rigging slings act as the connection between the load and the lifting equipment.

In Australian industries, crane lifting slings are widely used in construction, manufacturing, logistics, and mining. They are designed to handle a wide range of loads, from heavy steel to fragile equipment.

There are multiple lifting sling types, each suited for specific tasks. Selecting the wrong sling can result in load damage, equipment failure, or serious safety risks. That’s why understanding the difference between chain sling vs synthetic sling and webbing sling vs round sling is critical for safe operations.

Overview of Main Lifting Sling Types

Understanding the different lifting sling types is essential for selecting the right equipment for safe and efficient lifting. Each type of lifting sling has unique strengths, materials, and ideal use cases depending on the load and environment.

1. Chain Slings

Chain slings are among the most durable and reliable crane lifting slings, made from high-grade alloy steel. They are specifically designed for heavy-duty lifting in demanding environments.

Key Features:

• Extremely high strength and load capacity
• Resistant to heat, abrasion, and sharp edges
• Adjustable configurations for complex lifts

Best For:

• Construction sites
• Mining operations
• Heavy steel and machinery lifting

Considerations:

While highly durable, chain slings are heavier and less flexible compared to synthetic slings, making them less suitable for delicate loads.

2. Round Lifting Slings

Round lifting slings are a type of synthetic sling, typically made from polyester fibres encased in a protective sleeve. They are known for their flexibility and ability to handle irregular shapes.

Key Features:

• Lightweight and easy to handle
• High flexibility for uneven loads
• Core fibres protected by outer sleeve

Best For:

• Fragile or polished surfaces
• Irregular or cylindrical loads
• General-purpose lifting

Why Choose Them:

When comparing webbing slings vs round slings, round slings offer better adaptability and load distribution.

3. Webbing Slings

Webbing slings, also known as flat slings, are made from woven polyester and are one of the most commonly used lifting slings in Australia.

Key Features:

• Wide surface area reduces load pressure
• Lightweight and easy to store
• Cost-effective compared to chain slings

Best For:

• General lifting tasks
• Loads requiring surface protection
• Warehousing and logistics

Comparison Insight:

In a webbing sling vs round sling comparison, webbing slings provide better surface contact, while round slings offer more flexibility.

4. Metal Woven Slings

Metal woven slings (often wire rope slings) are specialised rigging slings designed for extreme conditions where synthetic materials may fail.

Key Features:

• High resistance to heat and cutting
• Stronger than most synthetic slings
• Durable in harsh industrial environments

Best For:

• High-temperature environments
• Lifting sharp or abrasive materials
• Heavy industrial applications

Important Note:

These are less flexible than polyester slings but provide superior durability in extreme conditions.

Chain Sling vs Synthetic Sling (Comparison Guide)

Feature	Chain Slings	Synthetic Slings
Strength	Very high	Moderate to high
Weight	Heavy	Lightweight
Flexibility	Low	High
Best For	Heavy industrial loads	Fragile or sensitive loads
Durability	Extremely durable	Susceptible to cuts/abrasion

Key Insight:

• Choose chain slings for strength and durability
• Choose synthetic slings (like polyester slings) for flexibility and load protection

Webbing Sling vs Round Sling

Feature	Webbing Slings	Round Slings
Shape	Flat	Circular
Flexibility	Moderate	High
Load Protection	Good	Excellent
Durability	Moderate	High (protected core)

Key Insight:

• Webbing sling vs round sling depends on load shape
• Round slings are better for irregular loads
• Webbing slings provide more surface contact

Benefits & Use Cases by Industry

Construction

• Chain slings for steel beams
• Webbing slings for general lifting

Mining

• Heavy-duty chain slings for rugged environments

Logistics & Warehousing

• Synthetic slings for palletised goods

Manufacturing

• Polyester slings for delicate machinery

Using the right lifting slings in Australia ensures safe and efficient operations across industries.

How to Choose the Right Lifting Sling

Selecting the right lifting slings is about ensuring safety, efficiency and compliance across your operation. A poor choice can lead to equipment damage, failed lifts, or serious workplace incidents. Follow this structured approach to confidently choose the right crane lifting slings for your application:

1. Check Load Weight (Working Load Limit – WLL)

The first and most critical step is understanding the exact weight of the load. Every sling is rated with a Working Load Limit (WLL), which must never be exceeded.

• Always factor in the lifting configuration (vertical, basket, choker) as it affects capacity
• Consider load distribution — uneven loads increase stress on rigging slings
• Include dynamic forces such as movement, shock loading, or wind

2. Identify Load Type & Shape

• Fragile or polished loads: Use synthetic slings or polyester slings to prevent damage
• Heavy or rigid loads: Use chain slings for strength
• Irregular shapes: Round slings provide flexibility and even load distribution
• Sharp edges: Avoid synthetic slings unless protected

3. Consider the Working Environment

• High heat environments: Chain or metal slings are preferred
• Wet or humid conditions: Synthetic slings resist corrosion
• Chemical exposure: Polyester slings may degrade — check compatibility
• Outdoor conditions: UV exposure can weaken some materials over time

4. Select the Right Material

• Chain slings: Maximum strength, durability, and resistance to harsh conditions
• Synthetic slings (polyester slings): Lightweight, flexible, and ideal for delicate loads
• Webbing slings: Cost-effective and versatile for general lifting
• Round slings: Best for irregular or sensitive loads

5. Check Compliance & Certification

• Ensure slings meet AS 1353 (flat slings) and AS 3775 (chain slings)
• Check that slings are tagged and traceable
• Verify supplier certification and testing records

Inspection & Safety Requirements

All rigging slings must be regularly inspected to maintain safe lifting operations. Even high-quality slings can degrade over time due to wear, environmental exposure and repeated use.

Inspection Guidelines

• Pre-use visual inspection
  Check for visible damage before every lift
• Regular inspection by a competent person
  A trained professional must assess sling condition
• Check for wear and damage
  • Cuts, fraying (synthetic slings)
  • Corrosion, cracks (chain slings)
  • Heat or chemical damage
• Verify tagging and certification
  Ensure labels are legible and compliant

Typical Inspection Intervals

• High-use / harsh conditions: Every 3 months
• Moderate use: Every 6 months
• General use: Every 6–12 months

More frequent inspections are required in mining, construction, and heavy industrial settings.

Tools, Resources & Compliance

To ensure your lifting slings meet safety and legal requirements, refer to these key authorities:

• Safe Work Australia
  Provides national WHS guidelines for lifting operations
• Standards Australia
  • AS 1353 – Flat and synthetic slings
  • AS 3775 – Chain slings
  Covers design, testing, and usage standards
• WorkSafe Authorities (State-based)
  Enforce compliance and workplace safety regulations

Industry Trends in Lifting Slings

• Increasing adoption of synthetic slings due to flexibility and ease of handling
• Growing demand for polyester slings for delicate and precision lifting
• Shift towards custom lifting solutions for specialised industries
• Use of digital inspection tracking systems for compliance
• Development of lighter yet stronger materials for improved performance

Conclusion

Choosing the right lifting slings is critical for safe, efficient, and compliant lifting operations. Whether you’re deciding between a chain sling vs a synthetic sling or comparing a webbing sling vs a round sling, the best choice depends on your load, environment and operational requirements.

By selecting the right crane lifting slings from All Lifting and Safety, you can follow proper inspection practices and stay compliant with Australian standards.

Not sure which lifting slings are right for your application?

Talk to our team today for expert advice and compliant solutions.