Streamline vehicle fluid changes and prevent messy garage floor spills with the AMIO 04051 Heavy-Duty Oil Drain Pan (8 Litre). Engineered for automotive service centers, commercial fleet workshops, and DIY garage enthusiasts, this spacious fluid collection basin provides an expanded 8,000 ml capacity paired with a broad 39 cm (390 mm) collection diameter - offering ample catchment area to capture high-volume engine oil drainage, transmission flushes, and radiator evacuations without risk of overspill.
Manufactured from high-density, impact-resistant polypropylene (PP), the AMIO 04051 withstands boiling engine oil, transmission fluids, glycol-based coolants, brake fluids, and workshop solvents without softening, deforming, or cracking. Designed with an anti-splash curved rim, the basin suppresses turbulent fluid surges when the sump plug is first removed. Dual integrated side grab handles provide balanced, two-handed control when carrying hot liquids across the workshop, while a profiled pouring channel allows waste fluids to be cleanly decanted into disposal containers or recycling drums without messy dripping.
Key Features:
- 8-Litre High-Capacity Basin: Easily holds full fluid capacities from larger passenger cars, SUVs, diesel engines, commercial vans, and light trucks.
- Broad 39cm Catchment Diameter: Wide 390 mm mouth effectively catches arcing oil streams and coolant sprays from off-center drain plugs.
- Profiled Anti-Splash Pouring Spout: Specially contoured pouring lip ensures controlled, drip-free decanting directly into jerrycans and disposal barrels.
- Integrated Dual Grip Handles: Molded side grab points deliver a secure, slip-free grip when moving heavy, fluid-filled basins.
- Hydrocarbon- & Heat-Resistant Polypropylene: Built from robust PP that resists motor oils, gear lubes, ATF, and acidic fluids under high operating temperatures.
- Anti-Splash Perimeter Lip: Curved interior lip geometry contains liquid turbulence and stops backsplash during rapid drainage.
- Low-Profile 11cm Height: Slips easily beneath vehicle sills, low subframes, and elevated jack stands while maximizing fluid volume.
Track