Customized Threaded Quartz Ceramic rollers

Customized Threaded Quartz Ceramic rollers specially for

automotive glass use on glass tempering furnace

Fused Silica Ceramic roller for Glass Tempering Furnace,

for Annealing furnace,Silicon steel production, Lehr & lor

float glass line.

The Fused Silica Ceramic roller, consisted of porcelain body, bearing, shaft and

plastic labyrinth sealing ring.

The ceramic roller is a key component in glass horizontal tempering furnace,

mainly used for carrying and transporting glass in glass horizontal tempering furnace.

Our ceramic roller is made of high-purity fused silica, has many advantages and

characteristics in below,

Advantages:

• 【High density】
• 【High strength】
• 【Low thermal expansion】
• 【Good thermal shock stability】
• 【High dimensional accuracy】
• 【No deformation at high temperature】
• 【Long service life】
• 【No pollution to glass】

Characteristics:

• The surface of the roller is smooth and delicate, the radial runout is small, the processing

        accuracy is better than that of similar imported products, and it does not scratch the glass.

• The steel head adopts anti-loose sleeve structure design and assembly, long service life.
• The roll blank adopts the original grouting forming technology, which has the characteristics

        of high density, high strength, no deformation at high temperature, wear resistance and long

        service life.

• High economic benefit, can reduce the comprehensive cost of belt conveyor, & reduce

        maintenance man-hours.

• Fused Silica Ceramic rollers which are mostly used in high grade Automobile, Electronic,

        Solar etc glass manufacture.

• High Purity.
• High density.
• Low porosity and critical manufacturing measurement.

Application:

Ceramic rollers, or called Fused Silica Ceramic rolls, are used as transport rollers

for tempering glass,PDP solar and silicon steel industry and so on.

Super clean surface, will not easily to be polluted, and easily for cleaning if there is any dirt,

corrosion resistant.