60453 - Barton Marine High Load Eye - 22mm Bore

Barton Marine High Load Eye - 22mm Bore

The Barton Marine High Load Eye is ergonomically designed to maximize strength and efficiency. Constructed with HV500 hard anodizing, its curved surface profile reduces friction, resulting in exceptional strength-to-weight ratios. Ideal for applications such as kickers, tweakers, and genoa barber haulers, this product excels where weight saving and durability are paramount.

Wear Resistance

The HV500 hard anodizing ensures remarkable low friction properties. After more than 300 hours of testing on an abrasion machine, there were no visible signs of wear on the anodized coating.

Product Features:

• High load eye with greater performance than standard plain bearings
• Average block performance across the range
• Minimal friction increase of only 15%
• Exceptional strength increase of 272%
• Weight reduction of 51%
• Performance data based on using 4mm D12 SK75 Dyneema core

Available in multiple sizes, this lightweight high load eye is manufactured from marine-grade aluminum with a hard anodized finish. Suitable for a variety of uses aboard, including lazy jacks, barber haulers, mast base tidies, and stanchion lead eyes. The smallest size accommodates a 3mm line with a bullseye diameter of 6mm, while the largest can handle a 16mm line with a bullseye diameter of 28mm.

The Barton Marine High Load Eye (part number 60453) is a specialized hardware component designed for demanding marine applications. Constructed from marine-grade aluminum with HV500 hard anodizing, this 22mm bore eye offers enhanced durability and reduced friction compared to standard plain bearings. Its curved surface profile contributes to an exceptional strength-to-weight ratio, making it suitable for environments where both load capacity and weight reduction are critical. This product is engineered for use in systems such as kickers, tweakers, genoa barber haulers, lazy jacks, mast base tidies, and stanchion lead eyes. It provides a 272% increase in strength and a 51% reduction in weight, while limiting friction increase to only 15%. This makes it a practical choice for IT and operations buyers seeking robust, efficient components for specialized rigging or industrial applications requiring high load capacity and wear resistance.