Overview
| brand | Wumeng Ceramics | specifications | Customized according to needs |
| model | 02-007 | Processing customization | yes |
| Processing capacity | High quality processing | Saleable land | nationwide |
| material quality | alumina | Forming process | Isostatic pressure |
| purpose | Machinery, Photovoltaics, Metallurgy, Textile, Electronics | performance | Wear resistance, pressure resistance, high temperature resistance, corrosion resistance, high hardness, insulation, and no magnetism |
| colour | yellow | quantity | one thousand |
| Batch number | twenty million two hundred and twenty thousand four hundred and twenty-five | encapsulation | Carton+foam |
| Sample cycle | 3 days | ||
Product Details
The product range includes ceramic water valve plates for sanitary ware, ceramic sealing rings for water pumps and machinery, wear-resistant ceramics, textile machinery porcelain parts, electronic insulation porcelain parts, ceramic plungers and ceramic shaft sleeves, ceramic rods, rods, plates, and other structural ceramic products, as well as various special-shaped porcelain parts used in other industries,. Alumina ceramic is the most common advanced precision ceramic material and also a relatively traditional material. High purity alumina ceramics, as an excellent ceramic material, have been widely used in many industries.
Alumina ceramics can be divided into multiple application levels based on their alumina content. Among them, 99% alumina ceramic materials are used to make plungers, sealing rings, and special wear-resistant materials, such as ceramic structural components, water valve plates, etc; 95% -96% alumina ceramics are mainly used as corrosion-resistant and wear-resistant components and circuit substrates.
Properties of alumina:
Resistivity: 015/Ω. m
Insulation strength: 15KV/mm
Medium to ultra-high mechanical strength (300 to 630 MPa);
Extremely high compressive strength (2000 to 4000 MPa);
High hardness (15 to 19 GPA);
Medium thermal conductivity (20 to 30 W/MK);
High corrosion and wear resistance;
Good grinding performance;
Low density (3.75 to 3.9 g/cm3);
High temperature resistance: 1000 to 1600 ° C;
Melting point: 2550 ° C
Linear expansion coefficient: 8.6X10-6/℃
Biological inertia, food compatibility