For the concerning dinghy sailor. Barton has offered stainless steel deck eyes for a long while, but as performance on boats improves, the desire to reduce friction on deck fixings and turning points of lines becomes more important. By adding the low friction ring that is pressed into the stainless steel strap, it gives a low profile and low friction rope guide for small lines.
This can be used with a range of lines for sailing boats using small-diameter ropes. The HV500 anodized coating on the Low Friction Rings produced by Barton gives the ultimate performance and durability. The hard anodizing feature means there is only 15% load-bearing friction on this fitting.
Specifications:
Height: 13mm/1/2
Base Width: 38mm/1-1/2
Fastenings: 4.0mm/3/16
Whole Centres: 30mm/1-3/16
Maximum Rope: 4mm/3/16
Enhance your sailing experience with the Barton Marine Low Friction Ring Strap Eye, part number 60415. Designed specifically for dinghy sailors, this innovative stainless steel deck eye incorporates a low friction ring that minimizes resistance and maximizes performance. The low-profile design allows for a seamless integration with your boat while ensuring that small-diameter ropes glide effortlessly through the fitting.
Crafted with durability in mind, the low friction ring features an HV500 anodized coating, providing superior performance under demanding conditions. This fitting reduces load-bearing friction to just 15%, making it ideal for high-performance sailing applications. Whether you're maneuvering in tight spots or tackling windy conditions, this strap eye is an essential addition to your sailing gear.
Features: * Material: Durable stainless steel construction: Material: Durable stainless steel construction
* Design: Low profile for minimal resistance: Design: Low profile for minimal resistance
* Coating: HV500 anodized finish for enhanced durability: Coating: HV500 anodized finish for enhanced durability
* Performance: Only 15% load-bearing friction for optimal efficiency: Performance: Only 15% load-bearing friction for optimal efficiency
