High Alumina Ceramic Lined Cone Hopper for Wear Protection
Description:
Chemshun
Abrasion resistant ceramic hopper used for pneumatic conveying and slurry pumping. The conveying medium is featured by high hardness, fast and big flow, alumina ceramic cone hopper can effectively reduce the speed of wearing through by continuous impact, abrasion and corrosion to pipe wall when long-term conveying medium.
With the advantage of cold isostatic pressing makes long lifetime, Maintenance-free operation makes no operation interruption and production losses. Good corrosion resistance to strong sour and alkali. Smooth surface to achieve good flowability and to avoid plugs. It is a kind of ideal products resistant to wear and corrosion protection material conveying.
Appearance
Chemshun Ceramics wear-resistant product feature:
- Excellent wear and abrasion protection property.
- Excellent corrosion resistance property
- Excellent heat resistance property
- Excellent impact resistance property
- Excellent for ballistic protection
- high hardness
- light weight
- adhesive firmly
- high temperature resistance
- low cost
Chemshun Ceramics wear-resistant product application industries:
- Mining
- Mineral processing (mineral beneficiation)
- Power generation
- Cement
- Petro-Chemical Refining and Production
- Coal washery
- Steel
- Defense (personal & vehicle armour).
Common items equipment need wear linings are: Agitators; Bends; Branches; Chutes; Classifiers; Cones; Cyclones; Distribution Box; Ejectors; Fans; Feeders; Hopper; Launders; Manifolds; Mills; Orifice; Pipes; Pipe Bends; Pipe fitting; Pulley lagging; Silos; Splitter Boxes; Spoons; Square Bends; Square to Round; Tanks; Troughs; Transfer points; T-Pieces; Y-Pieces etc.
We can supply you all kind of standard and customized ceramic products. Once you have any inquiry or need any product from us please feel free contact us
Technical data of 92% alumina material:
chemical component
| Al2O3 |
SiO2 |
CaO |
MgO |
Na2O |
| 92~93% |
3~6% |
1~1.6% |
0.2~0.8% |
0.1% |
Physical properties:
| Specific gravity (g/cc) |
>3.60 |
| Apparent porosity (%) |
0 |
| Flexural Strength (20 degree centigrade, Mpa) |
334 |
| Compressive strength (20degree centigrade, Mpa) |
1770 |
| Rockwell hardness (kg/mm 2 ) |
918 |
| Vickers hardness (hv) |
>750 |
| Moh's hardness (scale) |
≥9 |
| Thermal Expansion (20-800degree centigrade, x10-6/degree centigrade) |
8.30 |
| Crystal Size (μm) |
1.3~3.0 |
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