Testing Fuel

E-85 Fuel

Description: Testing fuel for determining permeation and resistance properties in general. Composition: 79 – 86 vol% Ethanol Depending on amount of ethanol: 14-21 vol% Hydrocarbon

Read more "

TF 1

Description: Testing fuel for determining permeation and resistance properties in general. Composition: 10 vol% Ethanol 90 vol% Fuel C Category:Testing Fuel

Read more "

FAM A

Description: Testing fuel for determining permeation and resistance properties in general. Composition: 50 Vol.% Toluene 30 Vol.% Isooctane 15 Vol.% Diisobutylene 5 Vol.% Ethyl alcohol

Read more "

M 25

Description: Testing fuel for determining permeation and resistance properties in general. Composition: 75 vol% Fuel C 25 vol% Methanol Category:Testing Fuel

Read more "

TF 2

Description: Testing fuel for determining permeation and resistance properties in general. Composition: 92,5 vol% Fuel C 5 vol% Methanol 2,5 vol% Ethanol Category:Testing Fuel

Read more "

Jet Fuel RF

Description: Also called “AMS 2629 Type I”. Testing fuel for determining permeation and resistance properties in general. Composition: 31% (by weight) Toluene 34% (by weight)

Read more "

TF 3

Description: Testing fuel for determining permeation and resistance properties in general. Composition: 10 vol% Methyl-tert-butylether (MTBE) 90 vol% Fuel C Category:Testing Fuel

Read more "

Fuel C

Description: Testing fuel for determining permeation and resistance properties in general. Composition: 50Vol.% Isooctane 50Vol.% Toluene Category: Testing Fuel

Read more "

FAM B

Description: Testing fuel for determining permeation and resistance properties in general. Composition: 84,5 Vol.% FAM A 15 Vol.% Methyl alcohol 0,5 Vol.% Water Category: Testing

Read more "

MIL-C-7024E, Typ III

Description: Also called “MIL-C-7024D”. Testing fuel for determining permeation and resistance properties in general. Composition: up to 90% (by weight) C10-C15 Isoalkanes Depending on amount

Read more "
Do you need help or further information?
Dr. Andreas Konrad
Dr. Andreas Konrad

Step 1 of 2