Description
MAHLE KX 338/26D Fuel filter
| Brand | MAHLE |
| Product grade | Replacement Part |
| Outer material | Metal |
| Vehicle service type | Passenger Car |
| Item diameter | 89.2 Millimetres |
About this item
- A broad product portfolio in original equipment quality
- Filter Type: Filter element; Height [H][mm]: 115.8; Total [D]Ø: 89.2; Diameter 4 [d4][mm]: 32.1; Outer Diameter 1 [D1][mm]: 88.7; Housing – ø [d1][mm]: 88.7;
- Fit type: Vehicle Specific
From the manufacturer
Our filter media range consists of specially treated papers, fleeces, or multilayer filter media, depending on the specification and application.
MAHLE paper filters are made of high-quality cellulose fibres impregnated with special resins for use in air, fuel, oil, and hydraulic filters.
Plastic fibers provide the basic material for fleeces — the finer the fiber, the better the retention. The fleeces are applied in layers, whereby the fineness of the fibers and the fleece density increase from the dirty to the clean side. This funnel effect allows retention efficiencies of up to 99.9% with low flow resistance.
Multilayer filter media are predominantly installed in modern diesel fuel injection systems. Compared with conventional paper filters, the combination of fleece and paper has an absorption capacity that is up to 40% higher.
Our filter media range consists of specially treated papers, fleeces, or multilayer filter media, depending on the specification and application.
MAHLE paper filters are made of high-quality cellulose fibres impregnated with special resins for use in air, fuel, oil, and hydraulic filters.
Plastic fibers provide the basic material for fleeces — the finer the fiber, the better the retention. The fleeces are applied in layers, whereby the fineness of the fibers and the fleece density increase from the dirty to the clean side. This funnel effect allows retention efficiencies of up to 99.9% with low flow resistance.
Multilayer filter media are predominantly installed in modern diesel fuel injection systems. Compared with conventional paper filters, the combination of fleece and paper has an absorption capacity that is up to 40% higher.
