Audited Supplier
99.0% min.
57-13-6
CH4n2o
200-315-5
ISO9001, ISO
Vegetables, Flowers, Fruit
Granular
Physiological Neutral
Chemical Neutral
Slow
Amide Nitrogen Fertilizer
Shunda
25kg PP Bags
99% Min.
Shandong, China
3102100090
Product Description
Quick Details
Classification: Nitrogen Fertilizer, Biological Fertilizer
Type: UREA
Urea Coating: uncoated
CAS No.:
57-13-6
Other Names: Urea solution
MF:CH4N2O
EINECS No.:200-315-5
Place of Origin: China
Release Type: Quick
State: Prilled
Purity: 99%
Application: for producing Arla 32/DEF, AUS, DEF
Brand Name: chemcola
Model Number: N46
appearance: white prilled
Sample Service: available and free within 1kg
Certificate: SGS
HS CODE: 3102100090
BIURET: 0.8%-0.9%
Supply Ability
10000 Ton/Tons per Month
Packaging & Delivery
Packaging Details:50kg/bag
Delivery Port:Shanghai/Qingdao/Tianjin
What is the negative effects of using inferior urea to produce Diesel Exhaust Fluid
1. Reduced Effectiveness: Inferior urea may not have the same purity or quality standards as automotive-grade urea. This can result in a lower conversion efficiency of nitrogen oxide (NOx) emissions in the selective catalytic reduction (SCR) system. As a result, the vehicle's emissions may not be effectively reduced, potentially leading to environmental non-compliance or failing emission standards.
2. Damaged SCR System: Low-quality urea can contain impurities or contaminants that can cause damage to the SCR system components. These impurities can clog or foul the SCR catalyst, reducing its effectiveness and potentially leading to costly repairs or replacements.
3. Increased Maintenance Costs: Inferior urea can lead to more frequent clogging or malfunctioning of the SCR system, requiring more frequent maintenance and cleaning procedures. This can result in increased maintenance costs and downtime for the vehicle.
4. Risk of Engine Performance Issues: Poor-quality urea may contain higher levels of impurities that can adversely affect the engine's performance. This can result in decreased fuel efficiency, power loss, or other engine-related issues, reducing overall vehicle performance.
5. Release of Harmful Emissions: If impure urea is used, it can lead to the release of harmful (NH3) or other byproducts into the exhaust system. These emissions can contribute to air pollution and negate the purpose of using SCR technology to reduce harmful emissions.
Classification: Nitrogen Fertilizer, Biological Fertilizer
Type: UREA
Urea Coating: uncoated
CAS No.:
57-13-6
Other Names: Urea solution
MF:CH4N2O
EINECS No.:200-315-5
Place of Origin: China
Release Type: Quick
State: Prilled
Purity: 99%
Application: for producing Arla 32/DEF, AUS, DEF
Brand Name: chemcola
Model Number: N46
appearance: white prilled
Sample Service: available and free within 1kg
Certificate: SGS
HS CODE: 3102100090
BIURET: 0.8%-0.9%
Supply Ability
10000 Ton/Tons per Month
Packaging & Delivery
Packaging Details:50kg/bag
Delivery Port:Shanghai/Qingdao/Tianjin
What is the negative effects of using inferior urea to produce Diesel Exhaust Fluid
1. Reduced Effectiveness: Inferior urea may not have the same purity or quality standards as automotive-grade urea. This can result in a lower conversion efficiency of nitrogen oxide (NOx) emissions in the selective catalytic reduction (SCR) system. As a result, the vehicle's emissions may not be effectively reduced, potentially leading to environmental non-compliance or failing emission standards.
2. Damaged SCR System: Low-quality urea can contain impurities or contaminants that can cause damage to the SCR system components. These impurities can clog or foul the SCR catalyst, reducing its effectiveness and potentially leading to costly repairs or replacements.
3. Increased Maintenance Costs: Inferior urea can lead to more frequent clogging or malfunctioning of the SCR system, requiring more frequent maintenance and cleaning procedures. This can result in increased maintenance costs and downtime for the vehicle.
4. Risk of Engine Performance Issues: Poor-quality urea may contain higher levels of impurities that can adversely affect the engine's performance. This can result in decreased fuel efficiency, power loss, or other engine-related issues, reducing overall vehicle performance.
5. Release of Harmful Emissions: If impure urea is used, it can lead to the release of harmful (NH3) or other byproducts into the exhaust system. These emissions can contribute to air pollution and negate the purpose of using SCR technology to reduce harmful emissions.
