Side Dams in Thin-strip Casting Process
Side Dams in Thin-strip Casting Process Description:
1. Be made by hot pressing sintering;
2. Easily machine to desirable shapes and size;
3. Exceptional conductivity;
4...High thermal conductivity;
5. Excellent thermal shock resistance;
6. Outstanding electric insulation-even at high temperatures;
7. High wet resistance to molten metals, slags and glass;
8. Extreme corrosion and wear resistance.
Side Dams in Thin-strip Casting Process Application:
1. Side dams in thin-strip casting process
2. Nozzles for metal atomization
3. Crucibles and containers for moiten metals
4. Insulators for high-temperature furnaces
5. Break rings in horizontal continuous casting
Side Dams in Thin-strip Casting Process technical parameters:
L Volume density: (2.0-2.2)g/cm3
L Thermal conductivity(RT): (45-50)w/m. K
L Thermal expansion coefficient (25° C-700° C): (6.5-7.5)X10-6° C
L Resistivity(RT): >1012
L Breakdown voltage: (2.5-4.0)X106/kv. M
L Mok's hardness: 2
L Dielectric constant(E): 3.8-4.3
L Bending strength(RT): >35mpa
L The compressive strength(RT): >200mpa
Size:
We can produce and design according to customers' detail requirement or drawing. Pls. Contact us to get professional details!
Ceraleader Advanced Material Company Ltd is a fully integrated manufacturer and supplier of innovative solutions to wear, thermal, corrosion and functionality problems to a broad industrial market.
Due to its growth and expansion, Ceraleader is in a strong position to offer:
1. An existing range of products, such as alumina products, aluminium titanate poducts, zircon products, silicon carbide products, silicon nitride products, fused silica products and boron nitride products.
2. A project based approach, applying skills to solving problems in collaboration with industry partners.
Ceraleader Advanced Ceramics starts all projects with an emphasis on materials technology, in particular, ceramics technology.
We start with:
(1) Identify the customer's exact requirements;
(2) Establishing what they are trying to achieve.
With that knowledge, we are able to:
(1) Identify which material or materials would suit the application;
(2) Design a tailored solution to meet the customer's needs.
We would consider the material(s) or solutions on customer's detail requirement and try to provide the most cost effective solution and the latest ceramics technology.
