Car Purifer Metallic Honeycomb Substrate

• Type: Catalytic Converter
• Body Material: Steel
• Discharge Standard: Euro V
• Certification: ISO9001, TS16949
• Noise Source: The Noise of Engine
• The Noise of Engine: Mechanical Noise
• Model NO.: MHS
• Automobile Chassis Noise: The Brake Noise
• Component: Catalytic Converter
• Main Market: Europe
• Material: SS304, SS316
• Application: as Catalyst Used in Automobile/Motorcycle
• Cell: 100-600cpsi
• Thickness(mm): 0.04-0.1
• Width(mm): 10-250
• Max Working Temperature: 1100°c
• Max Service Temperature: 1250°c
• Transport Package: Wooden Box and Pallet/Packed as Customers′ Need
• Specification: all size
• Trademark: DXY
• Origin: China
• HS Code: 84213990
• Production Capacity: 100, 000pieces/Month

Product Description

Catalytic converter is coated with rare earth element and noble metals of PT, Pd, Rh. When the engine exhaust passing through the three-way catalytic converter the elements of CO would be oxidized into CO2, the HC is turned into H2O and CO2, while the NOX is deoxidized into nitrogen. The catalytic converter substrate is made of metal honeycomb with stainless steel crust and Fe-Cr-Al honeycomb body; It is a critical part of motorcycles and off-road engines to make the exhaust emission meet government standard.
Metallic substrate is with the advantages of fast burning, small volume, high mechanical strength, prominent heat-resistance, etc. It is widely used in exhaust gas purification, especially for motorbike. High strength complex substrate plus big surface area and active element of noble metal could lower down pollutant value of motorcycle exhaust efficiently, such as CO, HC, NOX etc...And such kind of catalyst is of excellent catalytic activity and durability that could reach Euro emission standard 3, meet customers' requirements.
Metal-based monolith substrate offers many advantages in comparison with a ceramic one, for instance:
1) Shorter light off time
2) Less risk of overheating
3) Less back pressure
4) Larger effective area
5) Greater catalytic capacity
6) Smaller and more flexible design
7) Thinner walls
8) Higher mechanical strength
9) Better resistance to thermal shock

 

Mantle, mm	Matrix, mm	Density, CPSI	Material of mantle	Material of Matrix
Round Metallic Substrate
30x22	28X20	100/200/300/400	441	Fe Cr Al
35x20	33X20	100/200/300/400	444/441	Fe Cr Al
Ø35 x 70/100/130	Ø33 x 60/90/120	100/200/300/400	444/441	Fe Cr Al
Ø42 x 70/100/130	Ø40 x 60/90/120	100/200/300/400	444/441	Fe Cr Al
Ø45 x 70/100/130	Ø43 x 60/90/120	100/200/300/400	444/441	Fe Cr Al
Ø63.5 x 85/100/130	Ø60.5 x 74.5/90/120	200/300/400	444/441	Fe Cr Al
Ø73 x 70/100/130 L	Ø70 x 60/90/120	200/300/400	444/441	Fe Cr Al
Ø93 x 70/100/130	Ø90 x 60/90/120	200/300/400	444/441	Fe Cr Al
Ø420 x 100/130	Ø416 x 90/120	300/400	444/441	Fe Cr Al
Ø100.3 x 100/130	Ø98.3 x 90/120	600	444/441	Fe Cr Al
Oval Metallic Substrate
123x63x 85	120x60 x 75	200/300	304/441	Fe Cr Al
123x63)x 100	120x60 x 90	200/300	304/441	Fe Cr Al
78.5x52x104	76.5x50x90	200/300	304/441	Fe Cr Al