Ceramic Honeycomb Substrate and Filter

• Customization: Available
• Car Make: Cordierite Ceramic
• Car Model: Cordierite Ceramic
• Model NO.: ceramic honeycomb
• Engine Type: Cordierite Ceramic
• Type: Catalytic Converter
• Body Material: Cordierite Ceramic
• Discharge Standard: Euro IV
• Certification: ISO9001, TS16949
• Noise Source: The Noise of Engine
• The Noise of Engine: Aerodynamic Noise
• Automobile Chassis Noise: Aerodynamic Noise
• Component: Catalytic Converter
• Main Market: South Asia
• Transport Package: Wooden Box/Carton Box with Pallet
• Trademark: DXY
• Origin: China
• HS Code: 690919000
• Production Capacity: 100, 000 Pieces/Month

Product Description

The ceramic honeycomb is the pinnacle of ceramic product development today. Since it made in a single piece, hence it is also known as the ceramic monolith. The massive leaps in technological advancements have enabled us to design and develop highly refined ceramic honeycomb substrate which can have porous holes in it, from 20 to 40 holes/cm². 

Apart from being an efficient filter, the honeycomb structure of the walls also makes this material considerably strong, with an overall increased surface area. It provides extensive thermal shock resistance. The hexagonal arrangement of the holes gives it incredible endurance and withstands significant rough use. Mainly there are square shaped holes in ceramic honeycomb having very thin wall thickness. Because of the thin wall thickness, the open frontal area is large and which reduce the back pressure of exhaust air.
 

The ceramic honeycomb widely used as an extruded substrate in vehicle catalytic converters. The ceramic monolith is increasingly used in the automotive industry and other stationary emission devices, such as industrial machinery, as an efficient emission filter. Majorly it is used in exhaust control applications, where it employed as a substrate for three-way catalytic converter and Diesel particulate filter (DPF). Apart from this, it also used in individual reactors which operated in the chemical industry.

 

Its unique structure allows it to be widely used in numerous filtering processes, required in various industries, such as automotive, aerospace, etc. However, with the advances in ceramic technology, the ceramic filter is finding unlimited potential in other sectors as well, including electric power, chemical, petroleum, electronics, electrical appliances, etc.