21600-J-2500-BF-Z-R - Powerwinch Saltwater Series Jack - 2500lb, Bolt-On, Flat Plate, Zinc 500+ HR Salt Spray

Saltwater Series Jack - 2500lb, Bolt-On, Flat Plate, Zinc 500+ HR Salt Spray

The Saltwater Series Trailer Jacks are designed for marine applications where exposure to saltwater and corrosive conditions is common. These jacks feature a 500-hour salt spray–rated zinc-plated coating that provides enhanced corrosion resistance compared to standard finishes.

Like the Select Series, Saltwater Series jacks include a pivot pin sleeve for dependable pivot operation and an oversized textured handle design for improved grip and comfort during lifting. Designed specifically for saltwater use, this series offers reliable performance and extended service life for boat trailers regularly exposed to harsh marine environments.

Features:

• 500-hour salt spray–rated zinc-plated coating for corrosion resistance
• Designed for saltwater and marine environments
• Pivot pin sleeve for reliable pivot operation
• Oversized, textured handle for improved grip and comfort
• Durable steel construction
• Smooth, dependable manual lifting operation

The Powerwinch Saltwater Series Jack is a robust trailer jack engineered for marine applications, particularly those involving saltwater exposure. This unit, part number 21600-J-2500-BF-Z-R, is designed to address the common issue of corrosion in harsh environments through its 500-hour salt spray�rated zinc-plated coating. It provides a 2500lb lifting capacity and features a bolt-on, flat plate mounting configuration. Intended for IT and operations managers overseeing equipment for marine fleets or facilities, this jack offers a durable solution for boat trailers. Key features include a pivot pin sleeve for consistent operation and an oversized, textured handle to enhance grip and comfort during manual lifting. Its steel construction and specialized coating aim to extend service life and ensure dependable performance in demanding saltwater conditions, reducing the need for frequent replacements due to environmental degradation.