Mining Chute Lining Abrasion Resistant Rubber Ceramic Wear Liner
Brand Name:Eternal Bliss
Certification:ISO9001-2008
Model Number:EB2920
Minimum Order Quantity:100 Kilogram/Kilograms
Delivery Time:It depends on the quantity to be ordered.
Payment Terms:by T/T or L/C, Western Union
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Location:
Wuxi Jiangsu China
Address:
1099 Xinhua Road,214104, Xishan District, Wuxi, Jiangsu,China
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Product Details
Mining Chute Lining Abrasion Resistant Rubber Ceramic Wear Liner
Rubber ceramic wear liners are our best-sellers. We have rich
experience in producing ceramic rubber composite wear linres. 92%
or 95% Al2O3 ceramics provide excellent wear resistance, resilient
rubber helps absorbing impact engergy.
Silicon nitride combined with silicon carbide products is a
structural ceramic material. High-purity SIC and Si powder are used
as raw materials, and the body is formed by grouting and pressing,
and is sintered by nitriding reaction. Silicon nitride and silicon
carbide products include thin wall slabs, round tubes, burners and
a variety of complex heterosexual products, as well as beams of
various cross sections.
NSiC has higher flexural strength and excellent oxidation resistance than RSiC products. The maximum operating temperature is1500.
In addition to its own structural characteristics, NSiC products also have good wear resistance and corrosion resistance to metal solutions, so NSiC products can directly contact aluminum, zinc, copper, and magnesium solutions, and NSiC protection tube was successfully used for temperature measurement.
NSiC has characteristics that other refractory materials do not have, such as high temperature resistance to bending, excellent high load loading and wear resistance.
Application:
1.Silicon nitride and silicon carbide beams have excellent high-temperature flexural strength, creep resistance and oxidation resistance; mainly used in sanitary ceramics, high-voltage electrical porcelain, filters, quartz crucibles; shed plates and fish-shaped plates which are widely used in daily-use ceramic Industry; protection tube is used for temperature measurement in various industries; special-shaped products and burner sleeves are widely used in various kiln and mechanical engineering.
2.Recrystallized silicon carbide products are high-tech silicon
carbide materials formed by mixing high-purity silicon
carbidecoarse powder and high-activity silicon carbide fine powder,
and after grouting, vacuum sintering at 2450 ° C to recrystallize.
Recrystallized silicon carbide products have excellent properties such as high temperature strength, light weight, good thermal conductivity, small heat storage, and long life. They are widely used in ceramics, petrochemical, aerospace and other industrial sectors. Used for making ceramic pottery (rollers, beams, slabs, high-temperature burners, thermocouple protection tubes, etc.).
Among them, the most typical use is as high-temperature kiln furniture for various industrial kiln, especially suitable for use under high temperature conditions above 1250C. Using RSIC kiln furniture can significantly improve the filling efficiency and save energy consumption.
Beam products: recrystallized silicon carbide beams are widely used in sanitary ware, roller manufacturing, and electric porcelain industries. The size of the beam can be processed and manufactured according to requirements.
Square shed board, round plate and fish-shaped board: widely used in daily-use ceramics, sanitary ceramic sanitary ware, powder metallurgy, electronics and other industries. In addition, we can apply single-sided or double-sided coating to shed boards according to customers’ needs. We can also produce porous, and one-sided or multi-sided special-shaped shed board.
Rollers and tubes: Roller kiln with high temperature and high load capacity, used in the production of alumina ceramics and technical ceramic products under high temperature and high oxidation environment. Recrystallized thermocouple protection tube meets the constant demand in the field of high temperature measurement due to its superior corrosion resistance and high temperature thermal conductivity. In addition, cold air tubes and some special-shaped tubes are also used in various industrial furnaces.
In addition to standard products, recrystallized silicon carbide materials can also be used to make a variety of different shaped products, such as burners and casseroles, as well as various industrial engineering parts made to order. It has excellent resistance to high temperature oxidation and corrosion and abrasion. Heat exchangers and high temperature parts made with it are also widely used in mechanical engineering.
Characteristics:
Good thermal conductivity
Excellent thermal shock resistance
Good oxidation resistance
Excellent acid resistance
Good heat resistance
Good high temperature strength
Recrystallized silicon carbide products have excellent properties such as high temperature strength, light weight, good thermal conductivity, small heat storage, and long life. They are widely used in ceramics, petrochemical, aerospace and other industrial sectors. Used for making ceramic pottery (rollers, beams, slabs, high-temperature burners, thermocouple protection tubes, etc.).
Among them, the most typical use is as high-temperature kiln furniture for various industrial kiln, especially suitable for use under high temperature conditions above 1250C. Using RSIC kiln furniture can significantly improve the filling efficiency and save energy consumption.
Beam products: recrystallized silicon carbide beams are widely used in sanitary ware, roller manufacturing, and electric porcelain industries. The size of the beam can be processed and manufactured according to requirements.
Square shed board, round plate and fish-shaped board: widely used in daily-use ceramics, sanitary ceramic sanitary ware, powder metallurgy, electronics and other industries. In addition, we can apply single-sided or double-sided coating to shed boards according to customers’ needs. We can also produce porous, and one-sided or multi-sided special-shaped shed board.
Rollers and tubes: Roller kiln with high temperature and high load capacity, used in the production of alumina ceramics and technical ceramic products under high temperature and high oxidation environment. Recrystallized thermocouple protection tube meets the constant demand in the field of high temperature measurement due to its superior corrosion resistance and high temperature thermal conductivity. In addition, cold air tubes and some special-shaped tubes are also used in various industrial furnaces.
In addition to standard products, recrystallized silicon carbide materials can also be used to make a variety of different shaped products, such as burners and casseroles, as well as various industrial engineering parts made to order. It has excellent resistance to high temperature oxidation and corrosion and abrasion. Heat exchangers and high temperature parts made with it are also widely used in mechanical engineering.
Characteristics:
Good thermal conductivity
Excellent thermal shock resistance
Good oxidation resistance
Excellent acid resistance
Good heat resistance
Good high temperature strength
Item | Unit | Data |
Bulk density | g/cm3 | 2.75-2.82 |
Porosity | % | 10-12 |
Compressive strength | MPa | 600-700 |
Flexural strength | MPa | 160-180 |
Young's modulus | Gpa | 220-260 |
Thermal Conductivity | W/MK | 15 |
Thermal expansion coefficient: 20-1000 ℃ | 10-6K-1 | 5.0 |
Maximum use temperature | C | 1500 |
SiC | % | 60-80 |
Silicon nitride | % | 20-40 |
Material Data: | ||
Item | Unit | Data |
Bulk density | g/cm3 | 2.60-2.74 |
Porosity | % | 15 |
Compression strength | MPa | ≥600 |
Flexural strength | MPa | 90-100 |
Young modulus | Gpa | 240 |
Thermal conductivity | W/MK | 24 |
Coefficient of thermal expansion 20-1000C | 10-6K-1 | 4.8 |
Max using temperature | C | 1650 |
SiC | % | 98.5 |
3.Sintering process of silicon carbide ceramics mainly includes:
pressureless sintering, reaction sintering, hot-pressing sintering
and hot isostatic pressing. Among them, reaction sintering and
pressureless sintering are more commonly used. The properties of
silicon carbide ceramics also vary depending on the sintering
method. Pressureless sintering can produce parts with complex shapes and large-sized silicon carbide ceramic parts. | ||
Material Data: | ||
Item | Unit | SSIC |
Density | g/cm3 | 3.10-3.15 |
Hardness | HRA | 92--94 |
Apparent porosity | % | <0.2 |
Compressive strength | Mpa | ≥2200 |
Flexural strength | Mpa | ≥400 |
Elastic Modulus | Gpa | 400 |
Thermal conductivity (20 C) | W/m k | 120--150 |
Thermal expansion coefficient | 10 -6 1/c | 4 |
Maximum use temperature | c | 1600 |
4.Reaction sintering is currently the most commonly used sintering
method for functional ceramics and special ceramics. Because of its
relatively simple production process and low production cost,
application:silicon carbide seals, silicon carbide bearings,silicon
carbide nozzles ect. | ||
Material Data: | ||
Item | Unit | RBSIC |
Bulk density | g/cm3 | ≥3.03 |
hardness | HRA | 91--93 |
Apparent porosity | % | <0.2 |
Flexural strength | Mpa | ≥350 |
Compressive strength | Mpa | ≥2000 |
Thermal Conductivity | W/m k | 50~110 |
Thermal expansion coefficient | 10 -6 1/C | 4 |
Elastic Modulus | GPa | 350 |
Free silicon content | % | <12 |
Maximum use temperature | C | 1000 |
Features of Rubber Ceramic Wear Liners, Composite Lining Plate | |
1 | Extend the service life of your facilities |
2 | Excellent wear and abrasion resistance |
3 | Reduce noise |
4 | Cost effective |
5 | Customized size to suit |
6 | Reduce maintainance cost and down time |
Product Details Picture:
Mining Chute Lining Abrasion Resistant Rubber Ceramic Wear Liner
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