When it comes to industrial lifting, safety is never optional. Whether you’re operating an overhead crane, chain hoist, lifting sling, or heavy-duty rigging system, choosing the correct overhead lifting chain is one of the most important decisions you can make.

Many people mistakenly believe that any heavy steel chain is suitable for lifting loads. In reality, only specially engineered alloy lifting chains that meet international lifting standards are approved for overhead lifting applications. Using the wrong chain can result in equipment failure, workplace injuries, costly downtime, and even fatal accidents.

If you’ve ever wondered:

• What grade chain is used for overhead lifting?
• Can Grade 80 chain be used for overhead lifting?
• What grade of chain is acceptable for overhead lifting?
• How do I choose the right chain for overhead lifting?

This guide answers all of these questions while helping purchasing managers, engineers, distributors, and industrial contractors understand how to select the safest and most reliable lifting chain for their operations.

As a professional manufacturer of industrial hooks, chain slings, lifting chains, and rigging hardware, Shenli Ringing has years of experience supplying lifting solutions for construction, manufacturing, mining, ports, offshore projects, and heavy industries worldwide. In this guide, we’ll share practical knowledge based on industry standards and real-world lifting applications.

What Is an Overhead Lifting Chain?

An overhead lifting chain is a specially manufactured alloy steel chain designed to safely lift suspended loads above ground level. Unlike general-purpose chains used for transportation, towing, or securing cargo, lifting chains are engineered to withstand repeated dynamic loads, shock loading, and demanding working environments.

These chains are commonly used as part of:

• Overhead crane systems
• Electric and manual chain hoists
• Chain sling assemblies
• Rigging equipment
• Lifting hooks
• Material handling systems
• Heavy industrial lifting equipment

Because lifting operations place enormous stress on every link, overhead lifting chains undergo strict heat treatment, proof testing, dimensional inspection, and mechanical performance verification before entering service.

Key Characteristics of Overhead Lifting Chains

A high-quality chain for overhead lifting typically offers:

• High tensile strength
• Excellent fatigue resistance
• Superior wear resistance
• Outstanding impact toughness
• Precise dimensional accuracy
• Heat-treated alloy steel construction
• Clearly marked chain grade
• Traceable manufacturing records

These features ensure the chain maintains its performance even under continuous heavy-duty lifting cycles.

Common Industries That Use Overhead Lifting Chains

Overhead lifting chains are widely used across numerous industries, including:

Construction

Construction sites rely on lifting chains to move structural steel, concrete components, heavy machinery, and prefabricated building materials safely.

Manufacturing

Factories use chain slings with overhead cranes to transport molds, dies, machine components, and production equipment throughout manufacturing facilities.

Mining

Mining operations demand extremely durable lifting equipment capable of handling harsh environments, abrasive materials, and heavy loads.

Oil & Gas

Offshore platforms and refineries require lifting chains that can withstand corrosion, heavy loads, and demanding safety regulations.

Shipbuilding

Large shipyards use overhead lifting systems to assemble hull sections, engines, propellers, and steel structures weighing several tons.

Warehousing & Logistics

Distribution centers often integrate chain hoists into automated lifting systems for efficient material handling and warehouse operations.

Why Ordinary Chains Cannot Be Used for Overhead Lifting

One of the biggest misconceptions in industrial lifting is assuming that any steel chain can safely lift heavy objects.

The truth is that ordinary chains are never designed for overhead lifting.

General-purpose chains may look similar to lifting chains, but their metallurgy, heat treatment, manufacturing process, and testing standards are completely different.

Using an unapproved chain for overhead lifting dramatically increases the risk of:

• Chain elongation
• Link deformation
• Unexpected fracture
• Dropped loads
• Equipment damage
• Serious workplace injuries

For this reason, international lifting regulations strictly prohibit using transport chains or hardware chains for overhead lifting.

Static Load vs. Dynamic Load

Another important factor is understanding the difference between static and dynamic loads.

A chain supporting a stationary load experiences a relatively constant force.

However, lifting operations generate dynamic forces caused by:

• Starting and stopping
• Sudden acceleration
• Swinging loads
• Shock loading
• Uneven weight distribution
• Crane movement

These additional forces can significantly increase the stress placed on each chain link.

A chain that performs well under static conditions may fail unexpectedly during dynamic lifting if it was not specifically engineered for overhead applications.

Heat Treatment Makes the Difference

Professional overhead lifting chains are manufactured using high-strength alloy steel that undergoes controlled heat treatment processes.

Heat treatment improves:

• Yield strength
• Tensile strength
• Hardness
• Toughness
• Fatigue life
• Wear resistance

Without proper heat treatment, even thick steel chains may not possess the mechanical properties required for repeated lifting operations.

This is one of the primary reasons why lifting chains are significantly more reliable than standard commercial chains.

Every Lifting Chain Must Be Tested

A certified overhead lifting chain is not simply manufactured—it is thoroughly tested before reaching the customer.

Typical quality control procedures include:

• Proof load testing
• Breaking force verification
• Dimensional inspection
• Hardness testing
• Surface crack detection
• Material composition analysis
• Heat treatment verification
• Traceability documentation

These rigorous inspections ensure every chain complies with international lifting standards and performs safely in demanding industrial environments.

Why Safety Standards Matter

Lifting operations often involve loads weighing hundreds or even thousands of kilograms. A single component failure can lead to severe financial losses and endanger lives.

That’s why professional lifting equipment is manufactured in accordance with internationally recognized standards that define:

• Minimum mechanical strength
• Working Load Limit (WLL)
• Proof testing requirements
• Identification markings
• Material specifications
• Manufacturing tolerances
• Inspection procedures

Choosing a certified overhead lifting chain is not only a regulatory requirement—it is a critical investment in operational safety, equipment reliability, and long-term performance.

What Grade Chain Is Used for Overhead Lifting?

Selecting the correct chain grade is one of the most important decisions in any lifting operation. While many types of steel chains are available on the market, not every chain is designed or approved for overhead lifting.

The term “chain grade” refers to the mechanical strength and performance level of a chain. Higher-grade chains are manufactured from alloy steel, undergo specialized heat treatment, and are tested to meet stringent lifting requirements.

If you are asking “What grade chain is used for overhead lifting?”, the short answer is:

Grade 80, Grade 100, and Grade 120 alloy chains are generally accepted for overhead lifting applications, while Grade 30, Grade 43, and Grade 70 chains are not intended for lifting suspended loads.

Although local regulations and industry standards may vary, this guideline is widely recognized across the global lifting industry.

Understanding Different Chain Grades

Below is a comparison of the most common chain grades used in industrial applications.

As shown above, only alloy lifting chains specifically manufactured for lifting service should be used when personnel or valuable equipment are positioned beneath suspended loads.

Why Grade 30, Grade 43, and Grade 70 Chains Are Not Suitable

Many buyers mistakenly believe that because Grade 70 chain is stronger than Grade 43, it must also be suitable for lifting.

This is incorrect.

Although Grade 70 transport chain has excellent tensile strength, it was designed primarily for cargo securement during transportation, not for repeated overhead lifting cycles.

Transport chains are optimized for:

• Securing loads on trucks
• Towing applications
• Equipment restraint
• Tie-down systems

They are not engineered for continuous dynamic loading, impact resistance, or fatigue performance required in lifting operations.

Likewise, Grade 30 and Grade 43 chains are intended for light-duty industrial or agricultural use and should never be used as lifting chains.

Why Grade 80 Is the Industry Standard

Among all lifting chain grades, Grade 80 has become the global standard for many overhead lifting applications.

It offers an excellent balance between:

• Strength
• Durability
• Safety
• Cost-effectiveness
• Long service life

Manufactured from heat-treated alloy steel, Grade 80 chains are specifically engineered to withstand repeated lifting cycles and demanding industrial environments.

Typical applications include:

• Chain sling assemblies
• Overhead cranes
• Manual chain hoists
• Electric chain hoists
• Lifting beams
• Rigging systems
• Steel fabrication plants
• Manufacturing facilities

For most industrial lifting projects, Grade 80 provides sufficient Working Load Limit (WLL) while maintaining excellent resistance to shock loading and fatigue.

Can Grade 80 Chain Be Used for Overhead Lifting?

One of the most frequently asked questions is:

Can Grade 80 chain be used for overhead lifting?

Yes.

Grade 80 alloy chain is specifically designed for overhead lifting and is widely accepted throughout the lifting industry when manufactured and certified according to applicable standards.

Unlike transport chains, Grade 80 lifting chains undergo specialized manufacturing processes that ensure reliable performance under dynamic lifting conditions.

Why Grade 80 Is Approved for Lifting

Several engineering characteristics make Grade 80 suitable for overhead lifting.

Heat-Treated Alloy Steel

Every Grade 80 lifting chain is manufactured from premium alloy steel and carefully heat-treated to achieve the required combination of strength and toughness.

This process greatly improves:

• Yield strength
• Impact resistance
• Fatigue life
• Wear resistance

Excellent Shock Load Resistance

Lifting operations rarely involve perfectly stable loads.

Unexpected movements, sudden starts, and swinging loads create impact forces that ordinary chains cannot tolerate.

Grade 80 chains are specifically engineered to absorb these dynamic forces safely.

Designed for Repeated Lifting

Unlike cargo chains that may only experience occasional tension, lifting chains operate through thousands of lifting cycles over their service life.

Grade 80 chains are designed with fatigue resistance in mind, allowing them to maintain structural integrity during continuous industrial use.

Comprehensive Quality Testing

Professional Grade 80 lifting chains are subjected to rigorous inspections before shipment, including:

• Proof load testing
• Breaking force testing
• Dimensional verification
• Hardness testing
• Surface inspection
• Material traceability

These tests ensure every chain performs consistently under demanding working conditions.

Typical Applications of Grade 80 Lifting Chain

Because of its versatility, Grade 80 is commonly used in a wide range of industries.

Typical applications include:

• Manufacturing plants
• Steel fabrication workshops
• Warehousing
• Logistics centers
• Construction projects
• Mining operations
• Marine lifting
• Offshore engineering
• Heavy equipment maintenance
• Industrial assembly lines

Whether lifting machinery, steel structures, pipes, or industrial equipment, Grade 80 remains one of the most trusted solutions worldwide.

Grade 80 vs Grade 100 vs Grade 120

While Grade 80 is widely used, many industrial buyers also consider Grade 100 or Grade 120 chains for demanding applications.

Each grade offers unique advantages depending on lifting requirements.

Grade 80

Ideal for most industrial lifting applications.

Offers excellent reliability, competitive pricing, and broad compatibility with lifting hardware.

Grade 100

Grade 100 chains provide a higher Working Load Limit than Grade 80 while maintaining the same chain diameter.

This allows operators to:

• Lift heavier loads
• Reduce sling weight
• Improve handling efficiency

Grade 100 is often selected for:

• Steel mills
• Mining
• Shipbuilding
• Heavy construction
• Industrial manufacturing

Grade 120

Grade 120 represents one of the highest-performance lifting chain grades currently available.

It delivers exceptional strength while minimizing chain weight, making it ideal for specialized lifting operations where maximum performance is required.

However, due to its higher manufacturing cost, Grade 120 is generally reserved for demanding industrial environments rather than routine lifting tasks.

Which Chain Grade Should You Choose?

There is no single “best” chain grade for every application. The right choice depends on several factors, including:

• Required Working Load Limit (WLL)
• Type of lifting equipment
• Frequency of use
• Environmental conditions
• Exposure to abrasion or corrosion
• Budget considerations
• Compliance with local safety regulations

For the majority of industrial lifting operations, Grade 80 remains the preferred choice, offering an excellent combination of safety, durability, and value. When higher load capacities or reduced sling weight are priorities, Grade 100 provides a practical upgrade, while Grade 120 is best suited for the most demanding and safety-critical lifting environments.

Frequently Asked Questions (FAQ)

1. What grade chain is used for overhead lifting?

Overhead lifting applications require chains specifically engineered for lifting suspended loads. In most industrial environments, Grade 80, Grade 100, and Grade 120 alloy steel chains are the accepted choices because they are heat-treated, proof-tested, and manufactured to meet recognized lifting standards. Lower-grade chains such as Grade 30, Grade 43, and Grade 70 are intended for utility, towing, or cargo securement rather than overhead lifting. Always verify the chain’s certification, Working Load Limit (WLL), and compliance with applicable safety standards before use.

2. Can Grade 80 chain be used for overhead lifting?

Yes. Grade 80 alloy chain is one of the most commonly used chain grades for overhead lifting. It is specifically designed for lifting applications and offers excellent tensile strength, fatigue resistance, and impact toughness. Grade 80 chains are widely used in chain slings, overhead cranes, hoists, and industrial rigging systems. However, they should only be used when properly inspected, certified, and paired with compatible Grade 80 or higher lifting components.

3. What grade of chain is acceptable for overhead lifting?

Only alloy lifting chains designed for overhead lifting are considered acceptable. Grade 80 is the industry standard for many applications, while Grade 100 and Grade 120 provide higher lifting capacities with reduced chain weight. The appropriate grade depends on the required Working Load Limit, operating conditions, and applicable safety regulations. Chains intended for transportation or general utility should never be substituted for lifting chains.

4. Is Grade 70 chain suitable for overhead lifting?

No. Although Grade 70 chain has high tensile strength and is commonly used for cargo securement and transportation, it is not designed for overhead lifting. It does not meet the same fatigue, impact, and testing requirements as alloy lifting chains. Using Grade 70 chain to lift suspended loads may violate safety regulations and significantly increase the risk of equipment failure.

5. How do I choose the right chain for overhead lifting?

Choosing the right lifting chain begins with determining the required Working Load Limit (WLL) and understanding the operating environment. Consider factors such as load weight, lifting angle, temperature, frequency of use, corrosion exposure, and compatibility with hooks and fittings. Selecting a certified Grade 80, Grade 100, or Grade 120 alloy chain from a reputable manufacturer helps ensure safety, reliability, and long-term performance.

6. What is the difference between Grade 80 and Grade 100 lifting chain?

Both Grade 80 and Grade 100 are approved for overhead lifting, but Grade 100 offers approximately 25% higher strength than Grade 80 at the same chain diameter. This allows users to lift heavier loads or reduce the overall weight of the sling assembly. Grade 80 remains an excellent choice for most industrial applications, while Grade 100 is preferred for demanding lifting tasks where higher capacity and improved efficiency are required.

7. How often should an overhead lifting chain be inspected?

Lifting chains should be visually inspected before every use to check for wear, deformation, corrosion, cracks, or damaged links. In addition, periodic inspections should be carried out by qualified personnel according to the frequency of use and local regulations. Chains used in harsh environments or for frequent heavy lifting may require more frequent inspections and should be removed from service immediately if any defects are found.

8. What is the Working Load Limit (WLL) of a lifting chain?

The Working Load Limit (WLL) is the maximum load a lifting chain is designed to handle under normal operating conditions. It is established by the manufacturer based on the chain grade, size, and design safety factor. Operators should never exceed the specified WLL, as overloading can lead to permanent deformation or catastrophic chain failure. Always refer to the manufacturer’s load chart before lifting.

9. How long does an overhead lifting chain last?

The service life of an overhead lifting chain depends on several factors, including load conditions, operating environment, maintenance practices, and inspection frequency. With proper use and regular inspections, high-quality alloy lifting chains can provide many years of reliable service. Chains showing excessive wear, elongation, cracks, corrosion, or deformation should be removed from service and replaced immediately to maintain workplace safety.

10. Why choose Shenli Ringing for overhead lifting chains?

Shenli Ringing specializes in manufacturing high-quality industrial lifting products, including alloy lifting chains, chain slings, lifting hooks, and rigging hardware for global B2B customers. Our products are manufactured under strict quality control procedures using premium materials and advanced production technology. We offer OEM and custom manufacturing services, competitive factory pricing, reliable delivery, and professional technical support to help customers build safe and efficient lifting systems for a wide range of industrial applications.