Fuelab 82834-1 Series Long In-Line Fuel Filter Micron Fiberglass Element - 828 6

The Fuelab 828 Series In-Line Fuel Filter (MPN: 82834-1) is a long-length, high-performance inline fuel filter built for serious fuel systems. Featuring a 5-inch, 6-micron fiberglass filter element, this filter delivers superior contaminant capture while maintaining strong flow rates — making it an excellent choice as both a primary filter and a pre-filter for fuel-injected and carbureted applications.

Constructed from billet aluminum with a military-spec anodized finish (MIL-A-8625, Type II), the 828 Series is engineered for durability and corrosion resistance. Machined internal radii minimize pressure drop throughout the housing, and the male AN / 37° flared fitting end caps allow direct connection to AN-ported fuel system components. The 828 Series supports flow rates up to 350 GPH and is rated to 200 PSIG maximum pressure.

Key Features:

• 6-Micron Fiberglass Element — Fine filtration for high-demand fuel systems
• Long Length (5-Inch Element) — Greater filtration and flow capacity vs. short 818 Series
• 350 GPH Flow Rate — Supports high-horsepower and forced-induction builds
• Machined Internal Radii — Minimizes pressure drop; ideal for use as a pre-filter
• Male AN Fitting End Caps — -6AN male inlet and outlet for direct AN system integration
• Multi-Fuel Compatible — Works with gasoline, diesel, methanol, and ethanol
• Billet Aluminum Housing — Anodized per military MIL-A-8625, Type II specification
• Replaceable or Cleanable Element — Reduces long-term maintenance costs
• Includes Low-Profile Saddle Clamp Mounting Bracket — For secure, clean installation
• 200 PSIG Maximum Pressure Rating — Suitable for high-pressure fuel systems
• 2-Year Limited Warranty — Backed by Fuelab

Compatible with AN female-ported fuel system components. An O-ring is required for connection; consult component manufacturer port specifications for proper fitment. The filter element is both replaceable and cleanable, helping reduce maintenance intervals compared to shorter filter designs.