Tecnoseal Zinc Volvo Penta Split Collar Anode for Saildrives 130s & 150s

Zinc Volvo Penta Split Collar Anode for Volvo Penta Saildrives 130s 150s

The Zinc Volvo Penta Split Collar Anode is designed to fit around Volvo Penta Saildrives 130s 150s. Intended for Saltwater use, the split collar anode is positioned to absorb corrosion and prevent it from corroding the metallic parts of the saildrive.

Features:

• Meant for saltwater boat use
• Boat type: Sailing boat

Specifications:

• Material: Zinc
• Weight: (lbs) 3.15 / (kg) 1.43

Dimensions:

• l: (inch) 5.55" / (mm) 141
• h: (inch) 1.57" / (mm) 40
• i: (inch) 2.98" / (mm) 75.60
• : (inch) 4.33" / (mm) 110
• 1: (inch) 1.81" / (mm) 46
• 2: (inch) 3.54" / (mm) 90

*Sold as an Individual

The Tecnoseal Zinc Volvo Penta Split Collar Anode is specifically designed to protect Volvo Penta Saildrives 130s and 150s in saltwater environments. Crafted from high-quality zinc, this anode absorbs corrosive elements, preventing deterioration of the saildrive's metallic components and extending the lifespan of your marine equipment. Its split collar design allows for easy installation around the saildrive, ensuring a secure fit and reliable corrosion protection in harsh marine conditions. Ideal for sailing boats operating in saltwater, this anode offers a durable and cost-effective solution to combat electrolysis and corrosion. Regular replacement of the anode helps maintain optimal saildrive performance and prevents costly repairs caused by corrosion-related damage. The lightweight design and precise dimensions ensure compatibility with your vessel, making maintenance straightforward and efficient. As a crucial component in marine corrosion prevention, this zinc anode is an excellent choice for boat owners seeking reliable protection for their saildrive units.

Features:

• Designed for saltwater boat use

• Compatible with Volvo Penta Saildrives 130s and 150s

• Made from durable zinc material

• Split collar design for easy installation

• Provides effective corrosion protection in harsh marine environments