High density twear resistant Alumina ceramic Liners for chutes, hoppers, ash pipelines HONGDA manufacturer from China HONGDA Ceramics Co., Ltd.

High density twear resistant Alumina ceramic Liners for chutes, hoppers, ash pipelines

Place of Origin:

Zhejiang, China (Mainland)


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Product Detail

Model No.: HONGDA

High density twear resistant Alumina ceramic Liners for chutes, h

High density twear resistant Alumina ceramic Liners for chutes, hoppers, ash pipelines

1.Good wear- resistance performance
2.High density
3.Different options for backing
4.Easy to install

Alumina Ceramic Liner with Rubber is use of rubber vulcanization process, to embeded the wear- resistant

ceramic vulcanized into rubber, stick it on the inner wall of equipment with the adhesive paste.

It combines wear-resistance of ceramic and impact-resistance of rubber, apply to conveying systems equipment work under normal temperature, and can bear some impact.

Widely used on the chutes,hoppers, ash pipelines and other equipment as wear protection liner in coal fired power plants, iron and steel industry. Liner can be bended, cut to install on all kinds of special-shaped equipment,and fireresisting, weak acid and alkali-resistance.This type is limited to below 100-300°C temperature environments.

Main Specifications:

Specification (mm)	Thickness of rubber (mm)	Thickness of ceramic (mm)	Total thickness (mm)
250x250x10(17.5x17.5x5)	10	5	15
250x250x15(17.5x17.5x8)	15	8	23
250x250x14(17.5x17.5x7)	14	7	21
500x500x6(17.5x17.5x3)	6	3	9
500x500x9(17.5x17.5x5)	9	5	14
500x500x10(17.5x17.5x6)	6	10	16

It also can make dimension according to customers’ request.

Ceramic technical parameters

Parts	Item	Index
ceramic	Al2O3	≥92%
	Density	≥3.6 g/cm3
	Rockwell Hardness	≥87 HRA
	Compressive Strength	≥850MPa
	Fracture Toughness	≥4.8MPa·m1/2
	Bending Strength	≥290MPa
	Thermal conductivity	20w/m.k
	Coefficient of thermal expansion	7.2x10-6m/xm.k
Rubber	Tensile Strengh	≥12Mpa
	Break Extensiion	≥250%
	Shore Hardness	55-65
	Break permanent deformation	≤24%
	Rubber and ceramic adhension	≥3.0Mpa
	Temperature	≤100~300°C
	Rubber aging life	≥8 years