Automotive > Replacement Parts > Filters > Fuel Filters

Fill-Rite F1810PM0 3/4" 18 GPM (68 LPM) 10 Micron Particulate Spin-On Fuel Filter

Product ID: B000BQKPJO Condition: New

Payflex: Pay in 4 interest-free payments of R257.25. Read the FAQ

Selected Option: 3/4" Particulate

View variations

R 1,029

includes Duties & VAT

Delivery: 10-20 working days

Ships from USA warehouse.

Secure Transaction

VISA Mastercard payflex ozow

Product Description

Fill-Rite F1810PM0 3/4" 18 GPM (68 LPM) 10 Micron Particulate Spin-On Fuel Filter

10 MICRON SPIN‑ON FUEL FILTER – High‑efficiency particulate filter designed to remove dirt, rust, and sediment down to 10 microns, protecting pumps, engines, and injectors.
UP TO 25 GALLONS PER MINUTE (GPM) – Rated for fuel transfer systems up to 25 GPM, ideal for medium- to high-flow diesel, gasoline, and other fuel applications.
STANDARD 1″‑12 UNF THREAD CONNECTION – Equipped with 1″‑12 UNF threaded connection for broad compatibility with Fill-Rite filter heads and fuel transfer accessories.
SPIN‑ON INSTALLATION – Tool-free spin-on design allows fast, easy replacement during routine maintenance or seasonal servicing.
DURABLE & VERSATILE – Built to withstand rugged fueling environments and compatible with diesel, gasoline, kerosene, B20 biodiesel, and E15 ethanol blends.
EXTENDS EQUIPMENT LIFE – Captures harmful particulates before they reach pumps or engines, reducing wear and prolonging equipment longevity.
REGULAR MAINTENANCE RECOMMENDED – Replace approximately every six months for optimal fuel system performance.

Pump Filters Keep your engines running their best by using Pump Filters from Fill-Rite. Hydrosorb Filters (water absorbing) help to contain water or microbial contamination, conditions visible through obvious discoloration or the presence of fungi in the fuel. Particulate Filters are suited to handle contamination problems caused by dirt, silt and corrosion. They may be used with alcohol and alcohol fuel blends. Pre-filtering keeps your fuel cleaner and helps your engines operate more efficiently.