Particle Size Distribution 3μm Cerium Zirconium Solid For Automobile Exhaust

High catalytic activity: The solid solution structure of cerium and zirconium elements can provide abundant defect sites and active sites, promoting the occurrence of catalytic reactions. In addition, the solid solution structure can optimize the surface properties of catalytic materials, improve the adsorption and conversion efficiency of reactants, and thus enhance catalytic activity.

【Application】

(1) Catalysis of automobile and motorcycle exhaust gas;

(2) Industrial organic waste gas purification and indoor air purification;

(3) Natural gas combustion catalysis.

(4) Fluid catalytic cracking in oil refining industry.

Rare earth metals have been widely used in automotive exhaust catalysts, in particular, ceria compounds with their high oxygen storage capacity and lanthana with its proper basicity and large ionic size. The performance of catalysts has been dramatically improved through the use of these materials.Precious metals (Pt and Pd) and rare earth elements (CeO₂) are typical materials for heterogeneous exhaust-gas catalysts in automotive systems.

【Specification】

【Product features】

(1) high temperature resistance and high aging ability: using cerium oxide and zirconia solid solution as the matrix, some additives (lanthanum oxide, yttrium oxide, praseodymium oxide, neodymium oxide) are added to replace the elements, which improves the high-temperature anti-aging ability of the products.

(2) Excellent oxygen storage and release capacity: the product has higher oxygen storage and release rate, faster oxygen storage and release rate and lower light off temperature

(3) Moderate particle size distribution: the medium diameter of the material is controlled to be 2.5-3.5 μ m by using air grinding and precise grading technology, and the particle size distribution is narrow, which improves the coating quality and reduces the peeling off rate.

(4) Good product stability: advanced production technology and production equipment, standardized management, to ensure the stability of the product.

(5) Personalized product customization: strong R & D ability and industrialization ability ensure that personalized products with different composition and granularity can be provided according to customer requirements

【Packing】 25kgs/poly-drum ,500kgs/pallet

1 Q: Are you trading company or manufacturer?
A: We are a professional factory with more than 12 years of experience in this field. If you are convenience, we welcome you to visit our company.

2 Q: How can you get sample?
A: Free samples are available, but on the basis that you pay the courier charges.

3 Q: How long is your delivery time?
A: Generally it is 5-10 days if the goods are in stock. Or it is 15-20 days if the goods are not in stock, it is according to quantity.

Shanghai Gona Industrial Co.Ltd is founded in 2006, and located in Songjiang Industrial District, rounded by National Engineering research Center of Ultrafine Powder(NERCUP).Our company is a R&D company specialized in technology development of functional powder materials. Focused on the control technology of powder particulate, SHGRENM provide several series product such as rare earth oxide with special particulate properties, cerium oxide polishing powder, catalyst materials,Alumina for Li+ battery separator.

Our company is always paying great attention to the intellectual property and independent development, and pursuing innovation of science and technology. Our company has been recognized as “High-Tech Enterprise of Shanghai” since 2008. The project of the high-precision rare earth polishing powder passed high-tech achievements transformation, and its annual production reaches 2000 tons.

An automotive catalytic converter (autocat) transforms the primary pollutants in engine exhaust gases into non-toxic compounds. It is called a 3-way catalyst because it achieves three different chemical reactions:

1. The 3-way catalyst consists of a mixture of precious metals, zirconium and rare earth (mostly cerium) wash coated into a brick inserted in the vehicle’s exhaust pipe.

2. Oxidizing carbon monoxide into non-harmful carbon dioxide​

3. Oxidizing complex unburned hydrocarbonates into carbon dioxide and water

4. Converting oxides of nitrogen (NOx) with carbon monoxide into harmless nitrogen and carbon dioxide.

5. Additional catalytic systems are being developed, especially for addressing the higher oxides of nitrogen (NOx) emissions by diesel cars (linked to their higher combustion temperature). One of the most promising technologies (called Lean Nox Trap) uses cerium as a major catalyst and is particularly suitable for compact diesel cars.

Global air pollution caused by human activities and industries has been a major public health concern, particularly in urban areas. The impact to health services and society at large is significant, and the majority of cities worldwide do not meet World Health Organization (WHO) air quality guidelines