Seal Fast 4" Aluminum Pump Filter Strainer with 1/4" or 1/2" Hole Size Lightweight Corrosion-Resistant Intake Protection

Only 3 left
SKU: PF400AL025
Regular price $12.99
SIZE

Protect Your Pump System with Durable Aluminum Strainers – Engineered for Clean, Efficient Fluid Intake

Safeguard your pump from debris and clogging with the Seal Fast Aluminum Pump Filter Strainer, designed for high-flow water and fluid transfer systems. Available in 4" diameter with 1/4" or 1/2" hole sizes, this lightweight yet rugged strainer offers reliable filtration at the intake point, preventing damage to pumps and downstream equipment.

Constructed from corrosion-resistant aluminum, this strainer is ideal for agricultural irrigation, construction dewatering, and industrial fluid handling. The open-hole design allows for optimal flow while blocking large particles, making it a must-have for maintaining pump performance and longevity.

Upsell opportunities include Seal Fast suction hoses, camlock couplings, foot valves, and quick-connect adapters. Bundle with pump kits or hose assemblies for a complete intake solution.

Key Benefits:

  • Aluminum Construction: Lightweight and corrosion-resistant for long-term durability
  • Available Hole Sizes: Choose 1/4" or 1/2" openings for tailored filtration
  • 4" Diameter: Compatible with standard pump intake setups
  • Protects Pumps: Prevents debris from entering and damaging pump systems
  • Ideal for Water Transfer: Use in agriculture, construction, and industrial applications

Perfect For:

  • Agricultural irrigation systems
  • Construction site dewatering
  • Industrial fluid transfer
  • Pump intake protection

What's Included:

  • (1) Seal Fast Aluminum Pump Filter Strainer – Size selected at checkout

Specifications:

Style Pump Filter
Material Aluminum
Available Sizes 4" x 1/4" Hole (PF400AL025), 4" x 1/2" Hole (PF400AL050)

Pro Tip: Pair with Seal Fast foot valves and suction hoses for a complete pump intake system. Always match hole size to your flow rate and debris conditions for optimal performance.