Spin-On Water Block Filter for Agricultural Hydraulic Systems

Description

Water in hydraulic fluid is trouble waiting to happen. Whether it’s from condensation during temperature swings or contamination during service, even small amounts of water can cause corrosion, foaming, and pump cavitation that leads to expensive repairs. This 300 series water block filter with Hydro-Sorb medium is designed to pull moisture right out of your hydraulic system, keeping your fluid clean and your equipment running smoothly.

What You’re Getting

• Spin-on design makes replacement quick and mess-free during service
• 30-micron filtration captures particles while the Hydro-Sorb medium removes water
• 3/4″ flow capacity handles most hydraulic systems without restricting performance
• 4″ x 5″ size fits standard filter bases with 1″-12 UNF threading
• Dual-action protection removes both solid contaminants and moisture in one filter

Built for Real Farm Work

This filter is designed for tractors and equipment with hydraulic systems that are prone to water contamination. It’s especially valuable for machines that work in high-humidity conditions, sit outside through temperature swings, or have hydraulic reservoirs that breathe ambient air. The Hydro-Sorb technology actively absorbs water from the hydraulic fluid, something regular filters can’t do.

Made to Last

The spin-on canister construction handles system pressure and vibration while the specialized filter medium maintains its water-absorbing properties throughout the service interval. The 30-micron rating provides good contamination control without excessive restriction, and the quality construction ensures reliable sealing even under pressure.

Good to Know

Installation is straightforward with the spin-on design—just hand-tighten plus 3/4 turn once the gasket contacts the base. If you’re dealing with water contamination issues, this filter works best as part of a complete system cleanup that includes checking reservoir breathers and seals. Replace when the filter medium becomes saturated or at regular service intervals.