Product Details
Place of Origin: China
Brand Name: KAIMEIKE
Model Number: TK-3
Payment & Shipping Terms
Minimum Order Quantity: 200KG
Price: negotiable
Packaging Details: ton drum ,plastic drum or galvanized drum
Delivery Time: within 7 days
Payment Terms: Western Union, MoneyGram, T/T
Supply Ability: According to customer demand production
Product Name: |
TK-3 Diesel Cetane Number Improver |
Product Color: |
Colorless Or Light Yellow |
Product Packaging: |
Using Tanker Or Galvanized Iron Drum |
Product Storage: |
Store In A Cool And Ventilated Place, Shelf Life Is 12 Months |
Product Transportation: |
Avoid Exposure And Collision During Transportation |
Instructions: |
1.Before Using The Cetane Number Improver, A Configuration Experiment Is Required To Select The Preferred Product Type And Dosage. 2.The Cetane Number Improver Can Be Added Directly To Diesel Fuel. Generally, The Appropriate Amount Is 0.5~2‰ Of Diesel Fuel |
Reaction Process: |
During The Compression Combustion Stroke Of The Engine, The Additive Thermally Decomposes Into A Chain Reaction Initiator, Which Then Undergoes Chain Reaction, Oxidation Reaction, And Decomposition Reaction At High Temperature.The Cetane Number Improver It |
Product Name: |
TK-3 Diesel Cetane Number Improver |
Product Color: |
Colorless Or Light Yellow |
Product Packaging: |
Using Tanker Or Galvanized Iron Drum |
Product Storage: |
Store In A Cool And Ventilated Place, Shelf Life Is 12 Months |
Product Transportation: |
Avoid Exposure And Collision During Transportation |
Instructions: |
1.Before Using The Cetane Number Improver, A Configuration Experiment Is Required To Select The Preferred Product Type And Dosage. 2.The Cetane Number Improver Can Be Added Directly To Diesel Fuel. Generally, The Appropriate Amount Is 0.5~2‰ Of Diesel Fuel |
Reaction Process: |
During The Compression Combustion Stroke Of The Engine, The Additive Thermally Decomposes Into A Chain Reaction Initiator, Which Then Undergoes Chain Reaction, Oxidation Reaction, And Decomposition Reaction At High Temperature.The Cetane Number Improver It |
TK-3 Diesel Cetane Number Improver Isooctyl Nitrate Content>99% Improve Diesel Cold Start Performance Reduce Fuel
Product description
The main component of cetane number improver is isooctyl nitrate, which is used to improve the ignition performance of diesel fuel.The higher the cetane number of diesel, the shorter its ignition delay period.The length of the ignition delay period has a decisive impact on the performance of the engine.When the ignition delay period is long, the engine will work roughly during use, and even cylinder knocking will occur, which is called knocking.
Diesel cetane number improver which is an additive used to improve the combustion characteristics of diesel oil.Its main function is to increase the cetane number of diesel, thereby improving the combustion process, reducing pollutant emissions, and improving engine performance and fuel economy.
|
Appearance |
colorless or light yellow transparent liquid |
|
Isooctyl nitrate content (mass fraction)/% is not less than |
99.1 |
|
Density (20℃)/(kg/m³) |
950～980 |
|
Kinematic viscosity (20℃)/(mm²/s) |
≤10 |
|
Flash point (closed)/℃ not less than |
77 |
|
Moisture/(mg/kg) not more than |
450 |
|
Acidity/(mgKOH/100mL) not greater than |
3 |
|
Mechanical impurities |
None (inject the sample into a 100mL graduated cylinder and let it stand for 10 minutes at room temperature for observation. It should be uniform, transparent and free of impurities) |
|
Packaging specifications |
200L/barrel |
| Packaging material | galvanized iron drum |
| Shelf life | 12 months |
The cetane number during diesel combustion determines the self-ignition performance of diesel.The higher the cetane number, the better the ignition performance of diesel. However, due to different crude oil composition and processing methods, the cetane number of diesel will vary, and some diesel even have a lower cetane number.This causes the diesel to produce more carbon deposits and pollutants during the combustion process, while engine performance and fuel economy will also be reduced.
Diesel cetane number improver can correct the cetane number of diesel by adding a series of special chemical components.The active ingredients in the improver can chemically react with diesel molecules, increase the length of the molecular chain, and increase the cetane number.In this way, the self-ignition performance of diesel is improved, combustion is more complete, and the generation of carbon deposits and pollutants is reduced.
Using diesel cetane number improver can significantly improve engine performance and fuel economy.First of all, the improver can make the diesel self-ignite more quickly during the combustion process, improving the engine's starting performance and response speed.Secondly, the improver reduces the temperature peak of combustion and reduces the formation of nitrogen oxides (NOx), helping to reduce emissions.In addition, the improver also improves the flammability of diesel, effectively improves the completeness of combustion, and reduces the generation of black smoke and particulate matter.
In addition to improving combustion characteristics, diesel cetane number improver also has a certain protective effect.Since diesel oil is susceptible to oxidation and pollutants during long-term storage and transportation, adding improvers can inhibit the oxidation of diesel oil and prolong its use.
Overall, diesel cetane number improvers are a very important additive that can significantly improve diesel combustion characteristics, reduce pollutant emissions, and improve engine performance and fuel economy.Under the social background of increasing environmental awareness, the application of diesel cetane number improver has broad market prospects and will make positive contributions to the sustainable development of diesel engines.
