Filter Sort
close
1 - 3 of 3
SUPER HOOKER #40, Holding Power 1,600 lbs.

SUPER HOOKER #40, Holding Power 1,600 lbs.

95060

Experience the reliability and affordability of our Super Hooker Anchors. With a traditional fluke style design and durable materials, these anchors offer a robust and economical alternative without sacrificing maximum holding power. Each anchor is hot dip galvanized, ensuring long-lasting protection against corrosion and maintaining its performance in various marine environments. Trust in the proven effectiveness of our Super Hooker Anchors, designed to deliver secure and stable holds. Whether for recreational or professional use, these anchors provide a cost-effective solution that combines reliability and durability.
View Details
Black Plastic Fender for 8 in. - 12 in. Tires

Black Plastic Fender for 8 in. - 12 in. Tires

86751

This Black Plastic Fender is constructed with high-quality polyethylene, ensuring it can withstand high impact and resist damage, guaranteeing long-lasting durability in challenging conditions. With a versatile design, these fenders for trailers are suitable for various trailer setups and accommodate 8 to 12 inch wheels. Installing these trailer fenders is hassle-free thanks to their "no load" capacity, allowing for easy installation on your trailer.
View Details
DANFORTH HI-TENSILE ANCHORS (35H), Holding Power 3,800 lbs.

DANFORTH HI-TENSILE ANCHORS (35H), Holding Power 3,800 lbs.

94022

Danforth Hi-Tensile Anchors are engineered to deliver maximum holding power and quick deep bottom penetration. Crafted with high-grade 4130 steel, each shank is heat treated for exceptional strength while the hot dip galvanized coating ensures long-lasting protection against corrosion. Weighing just 35 lbs., these anchors offer impressive holding power of 3800 lbs., making them reliable and efficient. Suitable for boat lengths ranging from 50 to 64 ft., the Danforth Hi-Tensile Anchors are the preferred choice for boating enthusiasts and professionals who demand superior performance and reliability.
View Details
1 - 3 of 3
1