SY-350 FCP

• Average partical size(㎛) : 3.9
• Average pore diameter(nm) : 21
• Pore volume(mL) : 1.60
• Specific Surface Area (㎡/g) : 300

SY-350 JP

• Average partical size(㎛) : 3.9
• Average pore diameter(nm) : 21
• Pore volume(mL) : 1.60
• Specific Surface Area (㎡/g) : 300

SY-770 FCP

• Average partical size(㎛) : 6.7
• Average pore diameter(nm) : 2.5
• Pore volume(mL) : 0.44
• Specific Surface Area (㎡/g) : 700

720

• SiO2 content : 99.5% or more
• Loss on drying : 4.0% or less
• Loss on ignition : 5.0% or less
• pH : 7.5
• Average particle size : 2㎛(Coulter Counter)
• Specific surface area : 300m²/g
• Oil adsorption : 310ml/100g

760

• SiO2 content : 99.5% or more
• Loss on drying : 4.0% or less
• Loss on ignition : 8.5% or less
• pH : 4
• Average particle size : 3.5㎛(Coulter Counter)
• Specific surface area : 700m²/g
• Oil adsorption : 95ml/100g

25

• Average particle size : 4.0㎛
• Oil adsorption : 320ml/100g
• pH : 7.5
• Loss on drying : 3.0%
• Loss on ignition : 5.0%
• Characteristic : Matting effect

30

• Average particle size : 7.0㎛
• Oil adsorption : 100ml/100g
• pH : 3.5
• Loss on drying : 3.0%
• Loss on ignition : 9.0%
• Characteristic : Medium abrasive

35

• Average particle size : 7.5㎛
• Oil adsorption : 55ml/100g
• pH : 5.0
• Loss on drying : 30.0%
• Loss on ignition : 35.0%
• Characteristic : Medium abrasive

39

• Average particle size : 10.0㎛
• Oil adsorption : 80ml/100g
• pH : 5.0
• Loss on drying : 1.0%
• Loss on ignition : 2.5%
• Characteristic : High abrasive

40

• Average particle size : 11.5㎛
• Oil adsorption : 150ml/100g
• pH : 7.0
• Loss on drying : 3.0%
• Loss on ignition : 6.0%
• Characteristic : Low abrasive

60

• Average particle size : -
• Oil adsorption : -
• pH : 7.0
• Loss on drying : 3.0%
• Loss on ignition : 6.0%