Sichuan Gowang Technology Co

Methanol fuel additive is a high-strength oxidant further developed on the basis of alcohol-based fuel heat-increasing stabilizer. It has the functions of primary combustion, multi-stage reaction, and heat multiplication. It can significantly increase the furnace temperature, improve the odor caused by the combustion of inferior methanol, and greatly increase the calorific value and brightness of the fuel, thereby solving the technical problem of using methanol fuel in industrial burners! Methanol fuel additive
Easily soluble in water and alcohol liquids, stable in nature, non-flammable, non-corrosive, suitable for long-distance transportation and storage, providing favorable conditions for the large-scale use of methanol fuel!
, methanol fuel additive
The unique chemical properties can maximize the stability of methanol. Methanol is a very volatile flammable liquid with extremely low stability. At high temperatures, methanol can change from liquid phase to gas phase, that is, methanol vapor. Excessive inhalation of methanol vapor will cause blindness and blurred vision. , poisoning symptoms of headache and chest tightness, which are very harmful to the human body. If methanol vapor accumulates in a closed space, a weak spark can ignite it, which poses a great safety hazard. At the same time, large amounts of evaporation will also reduce the quality of the oil and cause waste. Therefore, the properties of methanol must be changed during the production and use of methanol fuel to make it more stable and safer during production, storage, transportation, and use. The stable chemical properties of methanol fuel additive effectively solve the historical problem of methanol fuel (alcohol base).
Methanol fuel additive
It is a powerful combustion accelerant. It not only has a strong combustion-supporting effect, but also has dual energy to keep the chemical reaction stable and prevent the fuel from being suddenly strong and hot in the furnace. The various oxidants contained in low-methanol fuel additives can not only catalytically decompose combustibles in methanol solution at a certain temperature, but also gradually release strong oxygen to support combustion as the temperature increases. When the combustion temperature reaches about 0°C, the first-level reaction begins to decompose and release oxygen, deriving manganese dioxide and other catalysts. When the temperature reaches about 0°C, it enters the next-level reaction, causing more oxidants to decompose at high temperatures and releasing a large amount of oxygen. , the mixed reaction of a variety of super strong combustion accelerants causes the fuel to be in a strong catalytic decomposition reaction when the temperature of the fuel enters the furnace reaches about 10 degrees, allowing the combustibles in the methanol fuel to fully burn. The fire is fierce, the flame is high, and the fire bed is long. , to achieve the purpose of improving the thermal efficiency of the furnace and super-supporting combustion and saving energy.
Methanol fuel additives
can significantly improve the odor produced when methanol fuel is used. The taste chemical additives contained in methanol fuel additives can not only effectively solve the odor during the use of methanol fuel, but also have a strong combustion-supporting effect.
The addition of methanol fuel additives
changes the traditional emission pattern of fuel. It emits harmful components in the exhaust gas directly into the furnace in the form of soluble solids. Any fuel burning will produce harmful gases such as sulfur dioxide and carbon monoxide. Methanol, especially primary alcohol, waste alcohol, and recycled methanol contain many chemical raw materials that are harmful to the human body or the environment. If they are emitted in the form of gas, they will be very harmful to the human body and the environment. . The methanol fuel heat stabilizer turns the harmful components in the exhaust gas into a soluble solid and discharges it into the furnace. When the furnace is used during the day, the temperature can reach several hundred degrees. When the temperature drops to room temperature at night, a large amount of solids will be formed in the furnace. Water vapor, the soluble solid produced will dissolve in the water vapor and be absorbed by the dry environment in the furnace. This means that after use, the furnace will have a little color-changing material. In the next morning, the white material will disappear, and the inner wall of the furnace core will be stained. Cause of water droplets.
Instructions for use:
With the methanol fuel additive, it is simple and safe to produce methanol fuel. Just add .3 of the methanol fuel additive to the methanol solution and stir thoroughly for a few minutes. For example, add methanol fuel additive to the methanol solution and stir for 3 minutes.
Technical parameters:
Color
None
Cured material

Odor
None
Toxicity
Non-toxic, inadmissible Edible
Density

Flammability
Non-combustible
Oxidizing agent
3
Corrosiveness
Non-corrosive
< br/> As the ambient temperature of this product changes, crystals may break out, but this will not affect normal use. The product solution can be used to dissolve, dilute and break out the crystals for repeated use.
Please note: methanol fuel additive is a catalyst, which itself cannot increase the alcohol content, so when calculating the alcohol content during production, the methanol fuel additive cannot be calculated based on alcohol. The concentration of the above methanol solution should be above degrees.
When producing methanol fuel, customers should calculate the alcohol content based on actual local conditions, then add different amounts of methanol fuel additives to produce samples, and test-fire which amount of methanol fuel additives is suitable for the region. In order to achieve the purpose of being both good and low-cost.
Contact number: Manager Li