Exhibition
Detailed Analysis of Alumina, Zirconia, and Silicon Nitride Foam Ceramic Filters
Foam ceramic filters are highly porous materials designed to remove impurities from molten metals during …
What is molecular sieve? How to select molecular sieve?
What is a Molecular Sieve? A molecular sieve is a material with tiny, uniform pores …
Application of Infrared honeycomb ceramic plate
Honeycomb ceramics used for catalytic cracking are replacing existing products. Catalytic cracking uses heavy distillate …
Characteristics of honeycomb ceramic straight hole filter
Honeycomb ceramic straight hole filter is mainly used in metallurgy and casting industry. Honeycomb ceramic …
Why acid-resistant bricks have such excellent acid resistance
Why are acid-resistant bricks so acid-resistant? 1. Low water absorption rate Acid-resistant bricks …
Export 20GP container of inert alumina ball pictures
Inert alumina ceramic ball 20GP load 20-25tons.specifi quantity depend on the diffirent country. Ton bags …
Rco Heater Gas Accumulator Monolith Thermal Regenerator Alumina Honeycomb Ceramic Heat Exchanger Structured Media For Rto
Regenerative Thermal/Catalytic Oxidizer (RTO/RCO) :
are used to destroy Hazardous Air Pollutants (HAPs), Volatile Organic Compounds (VOCs) and odorous emissions etc, which are extensively applied in the fields of Automotive paint, Chemical industry, Electronic & Electric Manufacturing industry, Contact Combustion System, and so on. Ceramic Honeycomb is specified as structured regenerative media of RTO/RCO.
Applications:
1.It can be used as heat-exchanger and apply into the RTO of heat recovery devices.
2.It can be used as catalyst supporter to purify Automobile exhaust and remove abnormal flavour of gas.
3.It can be used as filters and apply to food service industry, environmental protection industry and Metallurgical Industry.
Item | Index | Specifications |
Materials | Cordierite |
We can customize the products according to your drawing. |
Water absorption | 50.4% | |
Open Porosity | 61% | |
Specific gravity | 0.6-0.9g/cm3 | |
Thermal expansion coeffecient | 1.5-3(×10-6K-1) | |
Temperature softening | >1280°C | |
Cooking Surface Temperature | 1000-1200°C | |
CO release | ≤0.006% | |
NOx release | ≤5ppm |
