Overview
Sakura's C-8814 oil filter is engineered to provide exceptional filtration, enhancing the lifespan and efficiency of your vehicle's engine. Crafted with precision, this filter is suitable for a range of engines, offering easy installation and consistent performance.
Specification
Oil Filter Type: Spin-On, Part Number: C-8814, Compatible with major vehicle brands, Country of Origin: Australia
Technical
Recommended Replacement Interval: 5000 km or as advised by vehicle manufacturer. Ensure proper oil filter sealing during installation to avoid leaks.
Benefits
Protects engine from harmful particles, extends engine life, enhances oil flow efficiency, easy to install, reliable performance.
Fitment
Compatible with a wide range of vehicles. Refer to vehicle’s manual for specific compatibility details.
Cross Reference
OIL FILTER 1585399170 / LF3925
KUBOTA HH150-32430
KUBOTA 15853-32435
KUBOTA 15853-32430
KUBOTA W9503-11001
KUBOTA W21ESO1500
FAQ
Question: How often should I change the Sakura C-8814 oil filter?
It's recommended to replace the oil filter every 5000 km or as per your vehicle manufacturer's guidelines.
Question: Is this filter compatible with synthetic oil?
Yes, the Sakura C-8814 is compatible with both conventional and synthetic motor oils.
Question: Does this oil filter come with a warranty?
Yes, it comes with a warranty. Please contact the seller for specific warranty details.
Question: Can I install the filter myself?
Yes, the filter is designed for easy installation. Follow the instructions provided for proper installation.
Question: What vehicles are compatible with this filter?
The Sakura C-8814 is compatible with various vehicle models. Check your vehicle’s manual or consult with a professional for compatibility.
Inventory Extended Details
The Sakura C-8814 oil filter ensures optimal engine performance by effectively capturing contaminants. Designed for compatibility with multiple vehicle models, it provides reliable engine protection. Its robust construction and superior filtration ability help in maintaining engine longevity and performance stability.