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When paired with the "extractor" manifold: 1.4 litre extractor
| Industry | Application | Typical Solvent | |----------|-------------|----------------| | Food testing | Crude fat in snacks, meat, dairy | Petroleum ether | | Environmental | Oil & grease in soil/sludge | Hexane | | Pharmaceutical | Active ingredient from plant material | Ethanol or methanol | | Chemical | Polymer additive extraction | Toluene or acetone | It uses a Javascript-based algorithm to scan through
The 1.4 litre extractor is a medium-to-large capacity apparatus designed for of soluble components from a solid matrix using a refluxing solvent. It is widely used in food, feed, environmental, and pharmaceutical laboratories for applications such as: | Vehicle | Application Significance | | :---
A standard 1.4 L extractor assembly includes:
In automotive engineering, "displacement" is often confused with "power." The 1.4-litre engine equipped with an integrated exhaust manifold—often colloquially referred to by mechanics as a "cast iron extractor"—represents a high-water mark for small-capacity forced induction.
| Vehicle | Application Significance | | :--- | :--- | | | The engine debuted here, offering a premium feel in a small hatchback. | | Fiat 500 Abarth | Defined the "scorpion" brand. The exhaust note, partially shaped by the cast manifold, became iconic. | | Dodge Dart | A rare case of a small European turbo engine powering an American sedan. It offered high fuel economy (up to 39 MPG highway) but suffered from reliability issues with the MultiAir sensor suite. |