Certified Lifting Assemblies for Safe Industrial Lifting

Every successful lift depends on more than cranes, hoists or lifting equipment—it begins with selecting the right lifting assembly. Austlift Grade 80 Chain Slings are engineered to deliver dependable load control across construction sites, engineering workshops, manufacturing facilities, mining operations, transport depots & heavy industrial environments throughout Australia.

Manufactured from high-strength Grade 80 alloy steel, these certified lifting assemblies are designed for demanding overhead lifting applications where strength, durability, flexibility & reliable Working Load Limits (WLL) are essential. Whether you're replacing worn lifting gear or specifying equipment for a new project, Industrial Shed supplies genuine Austlift lifting solutions backed by practical product knowledge. Businesses building complete lifting systems can also explore our Grade 80 Chain, Shackles & Ladders, Hoists & Material Handling collections.

What Are Austlift Grade 80 Chain Slings?

A Grade 80 chain sling is an engineered lifting assembly designed specifically for overhead lifting. Rather than connecting lifting equipment directly to a load, a chain sling provides a certified connection between the load & the lifting machine while helping distribute lifting forces safely.

Each assembly is manufactured using Grade 80 alloy steel chain combined with compatible lifting components such as master links, connecting links, clevis sling hooks, self-locking hooks, shortening clutches & grab hooks. These modular assemblies allow many components to be replaced where appropriate, helping extend operational life while supporting routine maintenance programs.

Available in single, two, three & four-leg configurations, Grade 80 chain slings remain one of the most versatile lifting solutions available for Australian industry. Their durability, flexibility & resistance to abrasion make them particularly well suited to demanding environments where synthetic lifting slings may not be appropriate.

Industries regularly specifying Grade 80 chain slings include:

► Engineering & fabrication
► Manufacturing
► Mining & quarrying
► Construction
► Agriculture
► Utilities
► Transport & logistics
► Heavy industrial maintenance

Why Choose Austlift Grade 80 Chain Slings?

Every lifting operation presents different challenges. Selecting the correct chain sling improves load stability, supports safer lifting practices & helps reduce unnecessary stress on lifting equipment.

Austlift Grade 80 Chain Slings provide:

► High-strength Grade 80 alloy steel construction
► Certified lifting assemblies for overhead lifting
► Reliable Working Load Limits (WLL)
► Single, two, three & four-leg configurations
► Replaceable lifting components
► Excellent abrasion resistance
► Flexible lifting options for complex loads
► Genuine Austlift quality
► Designed for demanding Australian industries

Grade 80 chain slings are commonly incorporated into complete lifting systems alongside Lifting Points, Chain Connectors & Links, Lever Hoists & Chain Blocks, allowing businesses to build lifting solutions suited to a wide range of industrial applications.

Common Applications

From daily workshop maintenance through to major infrastructure projects, Grade 80 chain slings provide dependable lifting performance across countless industries.

Typical applications include:

► Structural steel erection
► Machinery installation
► Plant shutdown maintenance
► Heavy equipment relocation
► Mining equipment servicing
► Precast concrete handling
► Fabrication workshops
► Manufacturing facilities
► Agricultural machinery maintenance
► Transport depots
► Infrastructure construction
► Industrial maintenance programs

Many of these lifting tasks also require compatible Eye Bolts & Eye Nuts to create secure attachment points while maintaining safe load control throughout the lift.

Product Selection Guide

Selecting the right Grade 80 chain sling begins with understanding the lift itself rather than simply selecting the highest lifting capacity.

Before making your decision, consider:

► Working Load Limit (WLL)
► Number of sling legs required
► Chain diameter
► Reach required
► Hook style
► Centre of gravity
► Sling angle
► Environmental conditions
► Inspection requirements
► Frequency of use

Different sling configurations suit different lifting tasks.

A single-leg sling is often suitable for straightforward vertical lifting.

Two-leg slings provide greater stability for balanced loads.

Three & four-leg assemblies help distribute lifting forces across multiple lifting points, making them ideal for larger or irregular equipment.

Where lifting applications require alternative lifting solutions for delicate surfaces or unusual load shapes, consider complementing your lifting equipment with Round Slings or Webbing Slings.

Best Suited For

► Engineering workshops
► Steel fabricators
► Manufacturing plants
► Mining contractors
► Mechanical maintenance teams
► Construction companies
► Equipment installers
► Transport operators
► Infrastructure contractors
► Heavy industrial maintenance

Product Comparison

Expert Tips

The safest lifting operations are planned before the lift begins. Selecting the correct Working Load Limit, inspecting lifting components before every use & ensuring the load remains balanced throughout the lift all contribute to safer, more efficient lifting operations.

► Verify the Working Load Limit exceeds the intended load.
► Keep sling angles within manufacturer recommendations.
► Inspect chain links, hooks & master links before every lift.
► Replace damaged lifting components immediately.
► Keep inspection records as part of your workplace maintenance program.
► Never modify lifting equipment or use components showing excessive wear, elongation, cracking or distortion.

For additional practical guidance, our Fastener Guide: Bolts, Screws & Anchors explains fastening considerations for industrial equipment, while Quarry Crews: Crusher Maintenance explores maintenance practices used across demanding quarry operations. Businesses working on infrastructure projects may also find Equipping a Civil Road Crew useful when planning equipment requirements.