The company "Brandtoplivo" LLC produces and sells Katalgen II and III generation additives for the propane-butane gas fraction.
The Katalgen II-generation additive brands improve the performance of the internal combustion engine and are added directly to the gas when it is pumped at a dosage of 10 ppm, which corresponds to the proportion of 1 liter of additive per 100,000 liters of liquefied gas.
FOR GAS
The company “Brandtoplivo” LLC produces and sells Katalgen II and III generation additives for the propane-butane gas fraction.
The Katalgen II-generation additive brands improve the performance of the internal combustion engine and are added directly to the gas when it is pumped at a dosage of 10 ppm, which corresponds to the proportion of 1 liter of additive per 100,000 liters of liquefied gas.
KATALGEN SG
- increased shaft torque by 7%
- reduce fuel consumption by 5%
KATALGEN SG
- increased shaft torque by 7%
- reduce fuel consumption by 5%
KATALGEN KG
- increased shaft torque by 5 %
- reduced fuel consumption by 10%
The Katalgen III-generation additive brands additionally contain components designed to reduce the number of "recumbent" fractions. The dosage is 100 ppm (1 : 10,000).
KATALGEN KG
increased shaft torque by 5 % -
reduced fuel consumption by 10% -
The Katalgen III-generation additive brands additionally contain components designed to reduce the number of "recumbent" fractions. The dosage is 100 ppm (1 : 10,000).
KATALGEN EG
- increased shaft torque by 9%
- reduction of fuel consumption by 15%
KATALGEN UG
- increased shaft torque by 12 %
- reduced fuel consumption by 15%
Improving the performance of the fuel is achieved by accurately observing the dosage of the additive. Non-compliance with the concentration of the additive does not cause negative consequences, but leads to a decrease in the declared improvements.
KATALGEN EG
- increased shaft torque by 9%
- reduction of fuel consumption by 15%
KATALGEN UG
increased shaft torque by 12 % -
reduced fuel consumption by 15% -
Improving the performance of the fuel is achieved by accurately observing the dosage of the additive. Non-compliance with the concentration of the additive does not cause negative consequences, but leads to a decrease in the declared improvements.