Ilula Grade 80 Chain
Ilula Grade 80 Lifting Chain is a premium high-strength alloy steel lifting chain engineered for safe, reliable, and efficient lifting, rigging, load handling, load securing, and material handling applications. Manufactured from quenched and tempered Grade 80 high-tensile alloy steel, this heavy-duty lifting chain delivers exceptional strength, durability, wear resistance, and long service life for demanding industrial environments.
Available in 7mm, 10mm, 13mm, 16mm, and 20mm sizes, and supplied in custom lengths, Ilula Grade 80 Lifting Chain is ideal for manufacturing 1-leg, 2-leg, 3-leg, and 4-leg chain sling assemblies, as well as heavy-duty lashing and load restraint applications using Grade 80 ratchet load binders and lashing components. Suitable for construction, mining, engineering, manufacturing, transport, warehousing, logistics, marine, and general industrial applications, Ilula Grade 80 Lifting Chain provides a versatile, cost-effective, and dependable solution for professional lifting, rigging, and load securing operations.
Key Features
- Grade 80 High-Tensile Alloy Steel – Manufactured from premium Grade 80 alloy steel for superior strength, durability, and reliable lifting performance.
- 7mm to 20mm Chain Sizes – Available in a wide range of diameters to suit light, medium, and heavy-duty industrial applications.
- Short Link Chain Design – Classic short link construction for improved strength, stability, and load distribution.
- Suitable for Multi-Leg Chain Slings – Ideal for use in 1-leg, 2-leg, 3-leg, and 4-leg chain sling assemblies.
- Heavy-Duty Lashing Applications – 10mm and 13mm sizes suitable for use with ratchet load binders for secure load restraint and lashing.
- Versatile Industrial Use – Suitable for lifting, rigging, and load securing applications across industrial environments.
- Wide Range of Length Options – Can be supplied in custom lengths to suit specific operational requirements.
- Reliable & Cost-Effective Solution – Designed for long service life, value, and dependable performance in demanding conditions.
