Porous Chuck Table

陶瓷真空吸盤

藉由金屬(或是陶瓷)底座以及特殊多孔質的陶瓷結合,內部精密氣導的設計,給予負壓時,可以將工件平滑穩固地吸附於真空吸盤上。
由於多孔質陶瓷的孔洞非常微細,能使工件表面貼合於真空吸盤時,不會因為負壓而造成表面的刮傷、凹陷等不良因素。

Through the combination of a metal (or ceramic) base and a special porous ceramic, the internal precision air conduction design allows the workpiece to be smoothly and firmly adsorbed to the vacuum chuck when negative pressure is applied.

陶瓷真空吸盤 氣浮載台 多孔質陶瓷真空吸盤

精密多孔質陶瓷區域吸附真空吸盤 透氣陶瓷真空吸盤

Porous Ceramic Chuck Table, Precise Porous Ceramic Partial Vacuum Chuck,

Air Flotation Platform, Porous Chuck Table, Precise Porous Ceramic Partial Vacuum Chuck,

Breathable ceramic vacuum suction cup

 

應用 Application

特性 Features

 

多孔陶瓷是通過陶瓷燒結技術其材料本身俱有許多孔的陶瓷,並且被用於真空吸盤。

最近,它被廣泛用作各種工業產品的基礎材料,例如過濾器,耐火材料,窯具,吸收器,吸聲劑,輕質結構材料,絕熱材料等。

尤其是它被用於高精度和高真空度的真空吸收技術。具有吸收超薄物體的性能,這是最近生產半導體,LED和顯示器所需的。

多孔陶瓷具有高孔隙率並保持高強度是非常重要的。特別是在最近成為一個問題的半導體和顯示工業領域中,多孔陶瓷應具有均勻的孔隙率和良好的表面粗糙度,以免損壞吸收對象。

多孔陶瓷具有高孔隙率是良好的,但是孔隙率越高,材料強度越低。另外,當孔隙密度低時,在相同孔隙率下孔隙率變低或孔徑變大。因此,低孔密度的材料也具有較低的強度。

Porous ceramics are ceramics whose materials have many pores through ceramic sintering technology, and are used for vacuum chucks.

Recently, it has been widely used as a basic material for various industrial products, such as filters, refractories, kiln furniture, absorbers, sound absorbers, lightweight structural materials, thermal insulation materials, etc.

Especially it is used in vacuum absorption technology with high precision and high vacuum. It has the ability to absorb ultra-thin objects, which is required for the recent production of semiconductors, LEDs and displays.

It is very important for porous ceramics to have high porosity and maintain high strength. Especially in the semiconductor and display industries that have recently become a problem, porous ceramics should have uniform porosity and good surface roughness so as not to damage the absorbing object.

It is good for porous ceramics to have high porosity, but the higher the porosity, the lower the material strength. In addition, when the pore density is low, the porosity becomes lower or the pore size becomes larger at the same porosity. Therefore, materials with low cell density also have lower strength.

 

 

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