42340 - Barton Marine Barton HD Continuous Line Furler

High-Duty Continuous Line Furler

Engineered for exceptional performance in challenging sailing conditions, the Barton HD Continuous Line Furler features advanced hybrid-bearing technology. This innovation combines high-grade materials and Torlon ball bearings to ensure the furling wheel remains steady and rotates effortlessly, even under extreme loads.

Weighing only 175g yet rated for a safe working load of 600kg, this furler delivers unmatched strength and efficiency for avid sailors.

Compatible with 4mm - 6mm (3/16” - 1/4”) furling lines, it boasts a unique 3D printed tri-rotor wheel and an integrated fairlead for excellent rope grip. The toolless rope insertion design minimizes the risk of losing components overboard.

True to Barton Marine's commitment to quality, the central shaft is crafted from premium 316 stainless steel, while the main body and fork are constructed from durable anodized 6061 aluminum.

Specifications:

• Overall Length: 90mm / 3-9/16"
• Pin-to-Pin Length: 65mm / 2-9/16"
• Pin Diameter: 6mm / 1/4"
• Maximum Sail Area: 12m² / 130ft²
• Break Load: 1200kg / 2640lbs
• Working Load Limit: 600kg / 1320lbs
• Drum Diameter: 50mm / 2"
• Overall Diameter: 68mm / 2-11/16"

The Barton HD Continuous Line Furler, part number 42340, is a high-duty component designed for managing sail lines in demanding marine environments. This furler is engineered for avid sailors requiring reliable performance under significant loads. It integrates hybrid-bearing technology, featuring Torlon ball bearings, to ensure consistent and effortless rotation of the furling wheel. The unit is constructed with a 316 stainless steel central shaft and an anodized 6061 aluminum body and fork, contributing to its durability. Weighing 175g, it supports a safe working load of 600kg and has a break load of 1200kg. The design includes a 3D printed tri-rotor wheel and an integrated fairlead for secure rope grip, accommodating furling lines between 4mm and 6mm. Toolless rope insertion simplifies operation and minimizes the risk of component loss.