Lifting Chain, Chain Sling and Fittings

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Lifting, Lashing & Rigging

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April 28th, 2025

Lifting Chain Sling vs. Wire Rope Sling: Which One to Choose?

When it comes to heavy lifting and rigging, choosing the right sling is crucial for safety and efficiency. Two of the most commonly used slings in the industry are lifting chain slings and wire rope slings. Each has its own advantages and ideal applications. In this blog, we’ll compare these two types of slings to help you decide which one best suits your needs.

April 25th, 2025

How to Use Weld-On Hooks Properly

Using Weld-On Hooks involves welding them onto a metal surface to create a secure attachment point for lifting, rigging, or hanging loads. Here’s a step-by-step guide on how to properly use them.

April 11th, 2025

How to Use a Precast Concrete Lifting Clutch: A Step-by-Step Guide

When working with precast concrete elements, safety and efficiency are paramount. A precast concrete lifting clutch is an essential rigging tool designed to securely handle heavy concrete panels, beams, and other precast components.

March 18th, 2025

Can Master Link be Used as Long-term Fixed Load-bearing Point Component?

Using a master link as a long-term fixed load-bearing point component is generally not recommended unless it is specifically designed and rated for such use.

March 18th, 2025

Why Magnaflux Crack Detection is Critical for Grade 80/100 Lifting Components

Magnaflux crack detection, also known as magnetic particle inspection (MPI), is a non-destructive testing (NDT) method used to detect surface and near-surface flaws in ferromagnetic materials.

March 18th, 2025

What's the Difference Between Standard Grab Hook and Cradle Grab Hook?

Understanding the differences between standard grab hooks and cradle grab hooks is essential for selecting the right equipment for your lifting needs.

February 24th, 2025

Why are Grade 80 and Grade 100 Components Not Recommended to be Hot Dip or Electro Galvanized?

While galvanizing is an effective method for protecting steel components from corrosion, it is not suitable for all types of steel. High-strength components like Grade 80 and Grade 100 are particularly vulnerable to the risks associated with galvanizing, including hydrogen embrittlement and heat treatment concerns. Understanding these limitations is crucial for ensuring the safety and performance of your projects.

February 21st, 2025

Should Master Link be Conformity Marked ( CE/UKCA) ?

Master links and master link assemblies are crucial components in lifting and rigging applications, providing a secure connection point for multiple sling legs. They are designed to handle significant loads and are used in various industries, including construction, maritime, and heavy lifting operations.

September 1st, 2024

Forged Steel Components to EN 1677

Forged steel components are commonly used in lifting equipment and accessories, and they are often designed to comply with the EN 1677 standard.

May 5th, 2024

What are the chain grades and how are they derived ?

Chain grades refer to the strength and quality of a chain. They are typically used in applications such as lifting, rigging, and load-bearing. Different grades of chains are designed to handle varying levels of load and stress. The most common chain grades include Grade 30, Grade 43, Grade 70, Grade 80, and Grade 100.

H-Lift Industries Co Ltd

WELCOME TO OUR BLOG

Lifting Chain Sling vs. Wire Rope Sling: Which One to Choose?

How to Use Weld-On Hooks Properly

How to Use a Precast Concrete Lifting Clutch: A Step-by-Step Guide

Can Master Link be Used as Long-term Fixed Load-bearing Point Component?

Why Magnaflux Crack Detection is Critical for Grade 80/100 Lifting Components

What's the Difference Between Standard Grab Hook and Cradle Grab Hook?

Why are Grade 80 and Grade 100 Components Not Recommended to be Hot Dip or Electro Galvanized?

Should Master Link be Conformity Marked ( CE/UKCA) ?

Forged Steel Components to EN 1677

What are the chain grades and how are they derived ?