Sakura Fuel Filter Ford Cortina Escort Laser, Mazda Rotary 12A 13B, RX-3 RX-4 RX-5 RX-7
Sakura Filters Australia
Sakura Filters Australia has been in the automotive industry for over 25 years, and is one of the market leaders in the import , distribution and export of automotive filters. Sakura Filters Australia distributes an extensive range of fully warranted filters Australia-wide and to the Pacific Islands.
- Filter Description:Fuel Filter Inline Plastic
- Height: 97/61mm
- Outer Diameter:50.4/44mm
- Inlet/Outlet: 8mm
Designed to suit following vehicles:
- Ford Cortina MK1 1.2L, MK2 1.3L & 1.5L
- Ford Cortina GT MK1 & MK2 1.5L
- Ford Cortina Lotus MK1 1.6L
- Ford Escort MK2 2.0L
- Ford Falcon XB 3.3L, XC 3.3L & 4.1L, XW 3.1L, XY 4.1L
- Ford Laser KA, KB 1.3L & 1.5L
- Mazda 323 FA 1.3L
- Mazda B1800 1.8L
- Mazda RX-3 1.1L 12A Rotary (74-77), RX-5 1.1L 12A Rotary (76-79), Mazda RX-7 1.1L 12A Rotary (79-85)
- Mazda RX-4 1.3L 13B Rotary (74-77)
Sakura Filters are manufactured by ADR Group of Companies in Indonesia, in accordance to JIS/SAE International Technical standards. Key features include filter media that are jointly developed with world class suppliers to meet the most stringent requirements and to ensure high efficiency and maximum lifetime.
Sakura Filters are manufactured to the highest standard by companies fully accredited to the TUV SUD ISO/TS 16949:2009 Quality Management System. And tested for efficiency, lifetime, pressure drop across media, vibration, impulse, burst strength, and other exacting criterias at our testing laboratory accredited to ISO/IEC 17025:2005 International Laboratory Standard.
The group's products are used as OEM as well as OES. And have been exported to more than 100 countries worldwide.
Quality and Warranty
Sakura Filters Australia's first class quality automotive components ensure the customer will have the best choice in products that are guaranteed free of defect. The warranty covers replacement if the product is found to be defective, and the restoration of the engine to its condition before failure in the event of engine failure due to the filter.