Overview
The Sakura FC-1804 Fuel Filter offers exceptional filtration performance, manufactured by ADR group known for over 40 years of expertise in both OEM automotive and industrial parts.
Specification
- Manufacturer: Sakura
- Part Number: FC-1804
- Manufactured by ADR group
- Tested under ISO/IEC 17025:2005
- Over 6,000 different filter applications
Technical
Meets efficiency, impulse, and vibration standards, supporting a variety of vehicle types and applications. Produced under ISO/IEC 17025:2005 standards.
Benefits
- High efficiency filtration
- Complies with international standards
- Wide range compatibility
- Durable construction
- Long life expectancy
Install
Ensure the engine is cool. Locate the fuel filter, remove the old filter and replace it with the new Sakura FC-1804. Tighten securely and check for leaks.
Fitment
Compatible with a wide range of automotive and industrial applications due to its interchangeable properties with several filter types including FC-1804.
Cross Reference
NISSAN
16400-00QIK
16400-9320R
16405-00Q05
JS ASAKASHI
FS2217
MANN-FILTER
PU 9009 z KIT
RYCO
R2851P
WESFIL
WCF304
SAKURA
FS-18380
Nissan
16400-00Q1D
16403-8899R
Opel
4423888
95528460
Fiat
6000619764
RENAULT TRUCKS
74 85 135 415
Renault
74 85 145 678
Vauxhall
95519313
Mercedes
A 000 090 02 00
A 447 477 00 00
A 699 078 14 00
FAQ
Question: Is the Sakura FC-1804 compatible with my vehicle?
Refer to your vehicle's manual or consult with a professional for compatibility specifics.\n
Question: How often should I replace the fuel filter?
It is recommended to replace every 20,000 miles or as specified by your vehicle manufacturer.\n
Question: What standards does this filter meet?
This filter meets SAE, JIS, DIN, and ISO standards.\n
Question: Who manufactures Sakura Filters?
Manufactured by ADR group of companies.\n
Question: What is the warranty period for this filter?
The warranty period is 12 months.
Inventory Extended Details
Renowned for high quality and compatibility, the Sakura FC-1804 Fuel Filter is a vital component ensuring optimal vehicle performance and longevity.