Rubber Ceramic Composite Lining Plate

Rubber Ceramic Composite Lining Plate

The wear-resistant ceramic composite steel plate is made of a high-strength organic adhesive or a inorganic adhesive with a maximum temperature of 350°C, which is used for toughening and wear-resistant ceramics, and is directly bonded in a steel plate groove. The anti-abrasion layer has impact resistance, which can well solve the problem of equipment wear prevention in the process of bulk material transportation.
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Product Details

Rubber ceramic composite lining plate


The wear-resistant ceramic composite steel plate is made of a high-strength organic adhesive or a inorganic adhesive with a maximum temperature of 350°C, which is used for toughening and wear-resistant ceramics, and is directly bonded in a steel plate groove. The anti-abrasion layer has impact resistance, which can well solve the problem of equipment wear prevention in the process of bulk material transportation. It is suitable for anti-abrasion lining of material conveying equipment in high temperature environment and can withstand the impact of large materials.


Applications in minings


Suitable for all kinds of mining equipment, such as coal mines, copper mines, tungsten mines, molybdenum mines, iron ore mines, and washing factories. For example, hoppers, chutes, silos, magnetic separators, slurry pumps, drum rubber, bucket wheel, heavy medium cyclone.


Coal handling system: chute, hopper, silo;


Coal washing system: pressure cyclone, pressureless three-product heavy medium cyclone, pressureless four-product heavy medium cyclone, concentration cyclone;


Feeding system: pipes, elbows, hoppers, silos, distribution ports, etc.


Technicals of the Rubber ceramic composite lining plate



Technical Data of the surface Ceramic:  


Technical Data of the Rubber:

 Items

  Index


ItemsIndex

Alumina content

≥92%


Tensile Strength

≥26 MPa

Bulk Density

≥3.63g/cm³


Break Extension

≥500%

Rockwell Hardness (HRA)

≥90


Shore Hardness

55-65HA

Compressive Strength

≥850MPa


Break Permanent Deformation

≤24%

Fracture Toughness

≥4.8MPa.M1/2


Rubber and Ceramic Adhesion Force

(Shearing Stress)

 

≥3.0MPa

 Bending Strength

≥290MPa


Temperature Resistance

≤100℃

Thermal Conductivity 20℃

20W/m.k


Rubber Aging Life

≥8 years

Coefficient of Thermal Expansion

7.2×10-6m/×m.k


Gap Between Tile

0.8-2.0mm
Young's Modulus  20℃277GPa
Rubber Edge1.5-2.0mm


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