Sakura Oil Filter Full Flow Spin-On | Cross Ref: 15601-87309-000 / MD013661 / Z312
Upgrade your engine’s protection with the Sakura C-8022 Full Flow Spin-On Oil Filter—precision-engineered to meet and exceed SAE, JIS, and DIN automotive standards. Manufactured under stringent IATF 16949:2016 and ISO 9001:2015 certifications, this premium aftermarket oil filter delivers outstanding filtration performance to safeguard your engine against harmful fine particulate contaminants from frictional and combustion wear.
Key Features:
- Premium Filtration: Efficiently eliminates fine particles to minimize engine wear and extend engine life.
- Optimal Oil Flow & Pressure Stability: Designed for full flow to maintain consistent oil pressure and lubrication.
- Durable Construction: Includes an anti-drain back valve to prevent dry starts and a reliable bypass valve rated at 0.8 to 1.2 Kg/cm².
- Perfect Fit: Direct fitment and cross-reference for Ryco Z312, Mitsubishi MD013661, and Daihatsu 15601-87309-000.
- Versatile Application: Compatible with Mitsubishi L200 MC & MD 2.3L models and Mitsubishi Pajero 2.3L series (NA, NB, NC).
Specifications:
- Model: Spin-On
- Height: 124 mm
- Outer Diameter: 86 mm
- Thread Size: M20X1.5-6H
- Gasket Type: Square
- Gasket Outer Diameter: 66.2 mm
- Gasket Inner Diameter: 58.4 mm
- Filter Type: Full Flow Oil Filter
- Volume: 0.031 m³
- Includes Anti Drain Back Valve
- Bypass Valve Pressure: 0.8 - 1.2 Kg/cm²
Why Choose Sakura?
With over 35 years of experience in automotive filtration, Sakura Filters Australia is renowned for delivering quality, reliability, and peace of mind. Their extensive product range supports passenger, commercial, heavy-duty vehicles, and industrial applications throughout Australia and the Pacific Islands. Sakura oil filters come with a solid warranty and manufacturer-backed assurance to protect your engine and your investment.
Ensure your vehicle’s engine runs smoother, longer, and cleaner—trust the proven quality of Sakura Oil Filters. Order now for reliable protection and optimal performance!