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Lifting, Lashing & Rigging Knowledge Base

Lifting Rigging Industry Blog | Safety Tips Guides - H-Lift
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January 13th, 2025

Instructions for the Safe Use of Web Lashing

ALWAYS: • Inspect web lashings before use. • Calculate the lashing force(s) required for the chosen method of load restraint. • Select the capacity and number of web lashings to provide at least the calculated lashing force(s) • Ensure the lashing points on the vehicle and/or load are of adequate strength. • Position the web lashing so that the load is uniformly spread over its width and protect the web lashing from small radii, especially sharp edges. • Ensure the web lashings are correct
December 11th, 2024

Safe Use of Plate Handling Clamps

Plate clamps are widely used, particularly in the steel fabrication industry, for handling a variety of work including individual pieces of plate, fabricated assemblies and bundles of plates. The term covers several designs which fall into two basic types: Type (1) – Clamps which grip the edge of the plate by friction. These are subdivided into those used to lift the plate in the vertical position only and those which lift from the horizontal to the vertical or viceversa. Type (2) – Clamps
December 4th, 2024

What factors should I consider when choosing between manual and electric chain hoists ?

When deciding between manual and electric chain hoists, several critical factors should be considered to ensure you choose the right equipment for your specific lifting needs.
December 2nd, 2024

Do not take the risk: know inspections

Lifting equipment keeps sectors including manufacturing, logistics, ports, maritime, construction, mining, quarrying and renewables operating. Add these to a plethora of non-industrial sectors such as entertainment, medical, aeronautical, agricultural and the military and the ubiquity of lifting equipment is clearly apparent.
November 20th, 2024

How to Use a Single Leg Sling ?

A single-leg sling is a type of lifting or rigging equipment used in various industries to lift, secure, or move loads. It typically consists of a single length of material, such as chain, wire rope, or synthetic webbing, that is designed to connect a load to a lifting device like a crane or hoist.
November 13th, 2024

Best Practices for Selecting Shackles | H-Lift Industries

Bow Shackles vs. Dee Shackles: Bow shackles, with their rounded shape, offer versatility for multi-directional loading, while dee shackles, with their straight-sided design, provide better load alignment. Material Varieties: Shackles come in various materials, such as stainless steel, carbon steel, and alloy steel, each offering specific benefits of strength, corrosion resistance, and suitability for different environments. Design Considerations: Different designs, including screw pin, bolt ty
October 21st, 2024

What is the proof load to be applied to an item of lifting equipment at periodic examination ?

Unless it is a mandatory requirement of the applicable national legislation, standard or manufacturer, we do not recommend the routine overload testing of lifting equipment, except following an exceptional circumstance such as significant modification or repair. This is because overload testing has few benefits and number of disadvantages:
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 6th, 2024

What is a Vertical Lifting Clamp ?

A vertical lifting clamp is a specialized tool designed for lifting, turning, and moving materials, particularly steel plates and constructions, from a horizontal to a vertical position and vice versa. These clamps utilize a pair of clamping jaws that grip the load securely, relying on the weight of the load to ensure a firm hold.
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.
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