Lifting, Lashing & Rigging Knowledge Base

Lifting Rigging Industry Blog | Safety Tips Guides - H-Lift

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October 11th, 2026

Ratchet Tie Down Lashing Strap EN 12195-2: A Practical Guide to Safe Load Restraint

In commercial road haulage across the European Union and international transit corridors, cargo shifting on flatbed trailers, curtainsiders, and container chassis is a leading cause of highway accidents, vehicle rollovers, and terminal cargo damage. Road safety authorities and transport enforcement agencies enforce strict legal accountability under the European EN 12195 series framework.The EN 12195-2 standard (Load restraint assemblies on road vehicles Safety Part 2: Web lashing)

October 11th, 2026

Hand Chain Hoist CH-B Type: The Complete Guide to Manual Chain Blocks

In heavy petrochemical refineries, shipyard engine rooms, confined infrastructure vaults, and explosive ATEX zones, powered lifting hoists are often unusable due to explosive gas risks, confined headroom, or lack of electrical infrastructure. In these harsh rigging environments, manual chain blocks must deliver maximum mechanical lifting leverage with minimal operator hand-chain effort, zero mechanical slip, and complete structural reliability.

October 11th, 2026

Ratchet Straps AS/NZS 4380: Compliant Tie-Downs for Australian and NZ Transport

In long-distance road freight across the Australian Outback, New Zealand alpine corridors, and regional mining routes, heavy vehicle operators encounter harsh transit environments characterized by extreme ambient heat, corrugations, unsealed roads, and high- The AS/NZS 4380:2001 Standard (Motor vehicles Cargo restraint systems Transport webbing and components) defines the manufacturing, testing, and performance parameters for synthetic web tie-downs used throughout Australia and New Zealand.

October 11th, 2026

Webbing Sling EN 1492-1: A Complete Guide to Flat Lifting Slings

In precision manufacturing, aerospace staging, polished shaft positioning, and finished machinery transport, selecting lifting gear that eliminates surface gouging, crushing, and paint marring is critical. While alloy chain slings and steel wire rope bridles provide high tensile endurance, their rigid metal-on-metal bearing surfaces can deform thin-walled fabrications and add excessive deadweight to crane hooks.

October 11th, 2026

Polyester Round Sling EN 1492-2: The Complete Guide to Endless Lifting Slings

In heavy machinery rigging, pressure vessel staging, wind turbine component positioning, and precision mold handling, synthetic slings are chosen over wire rope and chain bridles to eliminate surface damage and reduce rigging deadweight. However, while flat woven webbing slings (EN 1492-1) expose their load-bearing structural stitching directly to external abrasion and edge friction, endless round slings isolate the load-bearing elements entirely.

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Lifting, Lashing & Rigging Knowledge Base

Ratchet Tie Down Lashing Strap EN 12195-2: A Practical Guide to Safe Load Restraint

Hand Chain Hoist CH-B Type: The Complete Guide to Manual Chain Blocks

Ratchet Straps AS/NZS 4380: Compliant Tie-Downs for Australian and NZ Transport

Webbing Sling EN 1492-1: A Complete Guide to Flat Lifting Slings

Polyester Round Sling EN 1492-2: The Complete Guide to Endless Lifting Slings