Specifications

Alumina Ceremic tile
1. highly abrasion resistant
2. highly temperature resistant
3. corrostion resistant

 

 

Direct bonding ceramic

 

 

 

 

          

 

 

Kingcera offer optimized wear protection for plant components and pipe systems.

 

why wear protection? ---reduce cost and avoid downtime     

  

         

 

 

Specification:

 

Item	Index
Content of alumina	≥ 95%
Denisty	≥ 3.5g/cm3
Rockwell hardness	≥ 80 HRA
Impact strength	≥ 850 Mpa
Fracture toughness	≥ 4.8 Mpa . m½
Bending strenght	≥290 Mpa
Thermal conductivity	20 W/ M. K
Thermal expansion coefficient	7.2 * 10-6M/M.K

 

 

Product strucure:

Kingcera Alumina ceramic is directly affixed on the steel plate of inner wall of equipment by high temperature resistant inorganic bond and forms a firm wear resistant layer after heating solidification. Ther product is applicable for the air (wind) powder feeding, and can be used in a high temperature in long term without aging and peeling. 

 

 

 

Services rendered for many branches of industry:

 

                   

 

            Coal fired power plant                                    Iron and steel Industry

 

                  

 

               Cement Industy                                                 Further Industries

 

 

 Clear advantages:

 

 

 

--- long lifetime

 

 

 

--- maintenance free operation

 

 

 

--- no operation interuption

 

 

 

--- no production losses

 

 

 

--- no contaminaiton of conveyed mataterial due to abrasion, mixture or oxidation

 

 

 

--- smooth surface to achieve good flowability and to aviod plugs

 

 

 

--- reduced pressure losses and lower energy cost

 

 

 

 Application examples

             

 Ceramic ling of an air separator                             Ceramic linig of pulpers

 

             

 

Ceramic lining of pulverized coal distributor      Ceramic lining of cyclone

 

 

Application temperature:

 

up to approximately 1500°c, depending on application and geometry

 

 

Here is a list of typical abrasion problem components:

 

-- ash pipeline                                                       -- mixer troughs
-- belt discharge chutes                                        -- pipe bends
-- bunker spirals                                                    -- pipes
-- bunkers                                                             -- pneumatic backfill lines
-- channels                                                           -- priling tower bottoms
-- chutes                                                               -- pulpers
-- circulating air separators                                   -- receivers
-- continuous flow conveyors                                 -- screw conveyor troughs
-- cyclones                                                             -- separators
-- dissolving tanks                                                  -- setting basins
-- drying sections                                                   -- shaft spiral
-- dust collectingequipment                                    -- sifters                                                                             
-- dust collecting pipes                                           -- silos
-- fans                                                                    -- sinter troughs
-- flue gas ducts                                                     -- tailing lines
-- flumes                                                                 -- tanks
-- gravele lrease tunnels                                        -- thickners                                                                        
-- hoppers of rotary dryers                                     -- tubular chain conveyors
-- hydro-cyclones                                                   -- turbo separators
-- launders                                                             -- vibrating troughs
                                                                              -- washing drums