Comfort First Harken 16mm Triple Block [408] ~ Limited Availability [vUQ1lVgY]

Comfort First Harken 16mm Triple Block [408] ~ Limited Availability [vUQ1lVgY]

Introducing the Comfort First Harken 16mm Triple Block [408] ~ Limited Availability [vUQ1lVgY], the perfect choice for sailors seeking precision and reliability. This compact yet powerful block is designed for high-tech dinghies, providing exceptional performance for small synthetic control lines. Its patented bearing system, featuring stainless steel balls in a captive grooved race, ensures smooth operation and durability. With a lightweight construction, the 16mm Triple Block is a versatile addition to any sailboat's equipment.

Key Features and Specifications

The Comfort First Harken 16mm Triple Block [408] ~ Limited Availability [vUQ1lVgY] boasts a range of impressive features and specifications that set it apart from other blocks in its category. The sheave measures 16mm / 5/8in, offering optimal line management and reduced friction. With a length of 46mm / 1-13/16in and a weight of just 41g / 1.44oz, it is easy to install and provides excellent maneuverability. The block is capable of handling a maximum line size of 5mm / 7/32in and a maximum working load of 318kg / 700lb, ensuring safety and dependability. Its breaking load of 544kg / 1200lb offers peace of mind during challenging sailing conditions.

Practical Uses and Benefits

Whether you are a recreational sailor or a professional racer, the Comfort First Harken 16mm Triple Block [408] ~ Limited Availability [vUQ1lVgY] is an invaluable tool. Its small size and exceptional performance make it ideal for controlling halyards, sheets, and other small control lines on high-tech dinghies. The block's lightweight design reduces fatigue, allowing you to focus on the sailing experience. With its robust construction and reliable performance, the 16mm Triple Block is a smart investment that will enhance the functionality and enjoyment of your boat. Choose Harken for top-notch quality and unparalleled sailing performance.