92%&95% Ceramic Abrasive Resistant Lining Tile for Silo in Cement Industry

• Refractoriness (℃): 1580< Refractoriness< 1770
• Feature: Long Time Materials, Instant Materials
• Type: Heat-Resistant Material
• Shape: Pipe
• Material: Alumina Block
• Item: Alumina Ceramic Abrasive Resistant Liner
• Model NO.: ceramic engineering tile
• Alumina Content: 92% & 95%
• Density: 3.6~3.7g/Cc
• Compressive Strength: 850~1000MPa
• Size: Available and Customized Size
• Applied Equipment: Chute,Hopper,Silo,Bunker,Funnel,Cyclone
• Application Industry: Mining,Steel,Thermal Power,Smelting
• Transport Package: Carton+Pallet
• Specification: Available & Customized Size
• Trademark: Chemshun
• Origin: Pingxiang, China
• HS Code: 69091200
• Production Capacity: 5000tons/Year

Product Description

92%&95% Ceramic Abrasive Resistant Lining Tile for Silo in Cement Industry


Chemshun Advantage:

*15 years focus on manufacturing different types of 92~95% Al2O3 ceramic products;
*Top design,Advanced technology,Tailor made engineered ceramic products for you;
*Professional inspection and management systerm ensure chemshun's high quality and fast delivery;                                                               

Chute is main conveying equipment during coal powder,grain,iron ore handling system ,but chute will bear big abrasion as handling material flow for long time, Ceramic chute liner pasted in the surface of chute will reduce the abrasion damage to chute. which is widely applied in mining industry , coal plant,cement plant, steel industry

Chemshun has technical team and installation team who can help the client to choose the suitable wear resistant ceramic products ,and also we have the ability to design and make the CAD drawings according to the client's wear application.

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Technical Data

Technical Data of Alumina ceramic product from Chemshun
Properties	Unit	Typical Value
Alumina Content	%	92	95
Density	g/cc	≥3.6	≥3.7
Water Absorption	%	None	None
Rockwell Hardness	HRA	80	85~88
Compressive Strength	20ºC,Mpa	850	950~1000
Flexural Strength	20ºC,Mpa	280	300
Max Using Temp	ºC	1250	1250
Thermal Expansion Coefficient	1x10-6/ºC	7.3	8.3