GWS Grade 80 Master Link Oval Ring

SKU
GWSHOOK11

Condition: New

The GWS Grade 80 Master Link Oval Ring is a robust and reliable component designed for chain assembly applications. Crafted from quenched and tempered alloy steel with a painted finish, it is suitable for use with 1 or 2 leg slings, ensuring secure and efficient lifting operations.

Talon80 Masterlink 08mm Talon80 Masterlink 08mm
£6.86 £5.72 Ex. VAT
Sku: HA500183
Available For Delivery
In Stock At Bourne
Available On Request At Thaxted
Talon80 Masterlink 10mm Talon80 Masterlink 10mm
£13.24 £11.03 Ex. VAT
Sku: HA500184
Available For Delivery
In Stock At Bourne
Available On Request At Thaxted
Talon80 Masterlink 13mm Talon80 Masterlink 13mm
£14.48 £12.07 Ex. VAT
Sku: HA500185
Available For Delivery
In Stock At Bourne
Available On Request At Thaxted
Talon80 Masterlink 16mm Talon80 Masterlink 16mm
£17.86 £14.88 Ex. VAT
Sku: HA500278
Available For Delivery
In Stock At Bourne
Available On Request At Thaxted

GWS Grade 80 Master Link Oval Ring

Enhance your lifting assemblies with the GWS Grade 80 Master Link Oval Ring, engineered for strength and durability. Manufactured from high-quality alloy steel that has been quenched and tempered, this master link offers exceptional performance in demanding environments. Its painted finish provides added protection against wear and corrosion.

Key Features:

  • High-Quality Construction: Forged from quenched and tempered alloy steel for superior strength.

  • Versatile Design: Suitable for use with 1 or 2 leg slings, accommodating various lifting configurations.

  • Durable Finish: Painted surface enhances resistance to environmental factors and extends service life.

  • Compliance and Markings: Each link is marked with material grade, manufacturer's ID, product ID, and traceability code, ensuring adherence to safety standards and easy identification.

Available in multiple sizes to match different chain dimensions and working load limits, the GWS Grade 80 Master Link Oval Ring is an essential component for secure and efficient lifting operations.