Colman fuel is a combination, napha, benzene, and other patroleum products (white gas). It was designed to burn clean, with a constant temperature (BTU) in a lantern or stove with a heat generator. It will burn at 40 degrees below up to 120 above zero. The liquid expands to a gas at an exponential volume. The lanterns use a silk mantel to evenly burn the fuel and produce a very bright white. There have been both stoves and lanterns designed to burn kerosene. In years past Kerosene was called coal oil, and or number 1 diesel fuel, and fuel oil. Kerosene has a higher viscosity than number 2 diesel and is used in cold weather as a non gelling fuel. There has been another kerosene K-100 (white kerosene) that is refined to another level. For use in wicked stoves and lanterns. It has a lessor oil residue than the others mentioned. Lighter fluids are a variation K-100 with some perfume additives. There is a big difference Coleman fuel and Kerosene. You will find the temperature required to ignite Colman fuel to be much less than kerosene (less explosive).
Jewell triggers are fine working surfaces that work in a harsh enviorment. Any oil residue that would aid in lubrication is lost to dust gathering. Dust is very abrasive and hard to two moving pieces of metal. I believe Jewell suggest lighter fluid as a cleaner because it leaves little or no residue.
Most of the fine solvents disolve grease and flood away the dust.
Nat Lambeth
Jewell triggers are fine working surfaces that work in a harsh enviorment. Any oil residue that would aid in lubrication is lost to dust gathering. Dust is very abrasive and hard to two moving pieces of metal. I believe Jewell suggest lighter fluid as a cleaner because it leaves little or no residue.
Most of the fine solvents disolve grease and flood away the dust.
Nat Lambeth