Our Products Portfolio

Other HydroCarbons

KEROSENE

Kerosene is obtained during the petroleum refining process where it results from drawing off a cut during distillation, with an initial boiling point (IBP) between 150 and 180°C and a final boiling point (FBP) between 225 and 250°C, which must be sulphur-free

Kerosene is mainly used in the production of aviation fuels (turbojets and turboprops and is also the main component of additives for cars (injector cleaning, etc.)ISO 14001 and OHSAS 18001.

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JET A1

This kerosene-based product has a maximum distillation temperature of 400°F at the 10% recovery point and a final maximum boiling point of 572°F. It meets ASTM Specification D1655 and Military Specifications MIL-T-5624P and MIL-T-83133D (Grades JP-5 and JP-8).

Jet A1 is used for commercial and military turbojet aircraft engines.

OTHER

Fit for purpose – please contact us to discuss your requirements.

 


Ander koolwaterstowwe

KEROSEEN

Kerosine word verkry tydens die petroleumraffinaderingsproses, waar dit voortspruit uit die afsny van 'n sny tydens distillasie, met 'n aanvanklike kookpunt (IBP) tussen 150 en 180 ° C en 'n finale kookpunt (FBP) tussen 225 en 250 ° C, wat wees swaelvry.

Kerosine word hoofsaaklik gebruik vir die vervaardiging van vliegtuigbrandstowwe (turbojets en turboprops) en is ook die belangrikste komponent van bymiddels vir motors (skoonmaak van inspuiters, ens.).

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JET A1
Hierdie petroleumgebaseerde produk het 'n maksimum distillasietemperatuur van 400 ° F by die 10% herwinningspunt en 'n finale maksimum kookpunt van 572 ° F. Dit voldoen aan ASTM-spesifikasies D1655 en militêre spesifikasies MIL-T-5624P en MIL-T-83133D (grade JP-5 en JP-8).

ANDER

Jet A1 word gebruik vir kommersiële en militêre turbojet-enjins.

 

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