Lifting equipment

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Gunnebo • 6mm, 1-string lifting chain / chain sling • MG1-BKG
Price range: €211.01 through €324.97 Excl. VAT Select options This product has multiple variants. The options may be chosen on the product page

What is lifting equipment?

Lifting equipment includes hardware designed to raise, lower or secure loads in industrial settings. It encompasses components such as lifting chains, hooks, shackles, lifting points, joints, and links for lifting. Procurement professionals and engineers seek lifting equipment with high load capacity, robust material strength, precise safety ratings, and compliance with lifting standards for reliable operations in construction, manufacturing, and heavy industry.

Products you’ll find in this category

This category features lifting chains, which are used to support heavy loads via tensile strength; lifting hooks, designed to attach or suspend loads; repair kits for lifting hooks, used to restore or maintain hook integrity; shackles, which link various lifting components; lifting points, letting you connect lifting tools to machinery or structures; and joints and links for lifting, which provide flexibility and articulation in assemblies. All products are grouped under lifting equipment, each tailored to specific load-bearing roles and useful for constructing safe, modular lifting systems.

Applications & industry use cases

In heavy manufacturing and construction, lifting chains and hooks are used in hoisting gear and rigging systems for moving structural steel or machinery. Repair kits for lifting hooks restore safety critical elements after fatigue or damage. Shackles serve as connecting links between chains or ropes and lifting points, enabling articulation or anchoring load paths. Lifting points are fixed to machinery or components and serve as attachment sites for hoists. Joints and links for lifting allow angular flexibility, useful where angled load paths or limited space impose constraints. Considerations include load capacity rating and lifting safety inspection.

Technical guide to lifting equipment

Lifting equipment refers to load-bearing components designed to bear tensile or shear forces safely. Key technical characteristics include rated load capacity (working load limit), material grade (such as alloy steel or steel grade ratings), factor of safety, fatigue endurance, and dimensional specifications including pin diameter, chain link size, hook throat opening, or lifting point thread sizing. Performance parameters may include temperature rating, corrosion resistance, and impact toughness. Typical use cases include lifting or suspending equipment, load control in rigging systems, machine lifting operations, and securing components during transportation. Common variations are lifting chains for direct load support, hooks for quick attachment, shackles as rigid or flexible connectors, lifting points embedded in structures, and joints or links offering articulation under load. Standards or certifications often involved include lifting gear safety regulations, EN or ANSI load ratings, periodic inspection requirements, and traceable marking of graded components. Selection considerations include the anticipated load (static or dynamic), environmental conditions (corrosion, temperature), compatibility with existing rigging hardware, and how often the equipment will be used (duty cycle).

Why buy lifting equipment at MEMIDOS

MEMIDOS operates as a global B2B platform connecting industrial buyers directly with verified manufacturers and suppliers of lifting equipment. By eliminating middlemen, procurement operations become more efficient and cost-effective without sacrificing reliability. Payments are secured through an escrow-based system where funds are held until order conditions—such as shipment—are confirmed, ensuring financial protection for buyer and supplier. Industrial buyers benefit from a transparent sourcing environment and access to products that meet technical expectations from originators of manufacturing and supply.

Frequently asked questions about lifting equipment

What determines the load rating of lifting chains?

The load rating depends on the material strength, chain link dimensions, the grade of steel used, and how the chain is tested and certified. Fatigue life and safety factor are also critical parameters.

How are lifting hooks inspected for safety?

Inspection involves checking for deformation at the throat, wear on contact surfaces, cracks (especially at welds), corrosion, and ensuring that any safety latch or mechanism closes fully. Load testing may be required periodically.

What are the differences between shackles, lifting points, and joints for lifting?

Shackles are U-shaped devices with pins used to connect components rigidly; lifting points are mounted anchors providing fixed attachment sites; joints or links provide articulation, enabling angular adjustment and flexible load paths.

Which standards or certifications apply to lifting equipment?

Standards often include working load limit (WLL) markings, EN or ANSI grade markings on components, traceable batch or lot numbers, and compliance with local safety regulations and periodic inspection requirements.

How do environmental conditions affect lifting equipment selection?

Environmental factors such as moisture, temperature extremes, and corrosive chemicals impact material choice (e.g. corrosion-resistant alloys), protective finishes, and design tolerances. In harsh environments, additional coatings or stainless steel variants may be necessary.

Gunnebo • 6mm, 1-string lifting chain / chain sling • MG1-BKG