Whatman

• Grade Shark Skin: 8-12 µm

• Creped, medium to slow filter paper

• Resistant to weak acids and bases

• Often used as a protective paper for filter press cloths, processing of cocoa butter and edible oils

• Grade Shark Skin: 8-12 µm

• Creped, medium to slow filter paper

• Resistant to weak acids and bases

• Often used as a protective paper for filter press cloths, processing of cocoa butter and edible oils

• Grade Shark Skin: 8-12 µm

• Creped, medium to slow filter paper

• Resistant to weak acids and bases

• Often used as a protective paper for filter press cloths, processing of cocoa butter and edible oils

• Grade Shark Skin: 8-12 µm

• Creped, medium to slow filter paper

• Resistant to weak acids and bases

• Often used as a protective paper for filter press cloths, processing of cocoa butter and edible oils

• Grade Shark Skin: 8-12 µm

• Creped, medium to slow filter paper

• Resistant to weak acids and bases

• Often used as a protective paper for filter press cloths, processing of cocoa butter and edible oils

• Grade Shark Skin: 8-12 µm

• Creped, medium to slow filter paper

• Resistant to weak acids and bases

• Often used as a protective paper for filter press cloths, processing of cocoa butter and edible oils

• Grade Shark Skin: 8-12 µm

• Creped, medium to slow filter paper

• Resistant to weak acids and bases

• Often used as a protective paper for filter press cloths, processing of cocoa butter and edible oils

• Grade Shark Skin: 8-12 µm

• Creped, medium to slow filter paper

• Resistant to weak acids and bases

• Often used as a protective paper for filter press cloths, processing of cocoa butter and edible oils

• Grade Shark Skin: 8-12 µm

• Creped, medium to slow filter paper

• Resistant to weak acids and bases

• Often used as a protective paper for filter press cloths, processing of cocoa butter and edible oils

• Grade Shark Skin: 8-12 µm

• Creped, medium to slow filter paper

• Resistant to weak acids and bases

• Often used as a protective paper for filter press cloths, processing of cocoa butter and edible oils

• Simplifies sample transfer

• Transparent and smooth

• Quantitative transfer from paper

• Simplifies sample transfer

• Transparent and smooth

• Quantitative transfer from paper

• Simplifies sample transfer

• Transparent and smooth

• Quantitative transfer from paper

• Simplifies sample transfer

• Transparent and smooth

• Quantitative transfer from paper

• Thick filter with fine particle filter and good loading capacity

• Particularly useful for liquid clarification and liquid scintillation counting

• Application: Used in LSC techniques where high loading capacity is required

• Nominal air flow rate: 12 s/100 ml/in²

• Nominal thickness: 675 µm

• Nominal basis weight: 143 g/m²

• Max recommended temperature: 550 °C

• Material: Borosilicate glass

• Binder type: Binder Free

• Typical Particle Retention in Liquid: 1.0 µm

• Typical water flow rate: 81 ml/min

• Thick filter with fine particle filter and good loading capacity • Particularly useful for liquid clarification and liquid scintillation counting • Application: Used in LSC techniques where high loading capacity is required • Nominal air flow rate: 12 s/100 ml/in² • Nominal thickness: 675 µm • Nominal basis weight: 143 g/m² • Max recommended temperature: 550 °C • Material: Borosilicate glass • Binder type: Binder Free • Typical Particle Retention in Liquid: 1.0 µm • Typical water flow rate: 81 ml/min

• Thick filter with fine particle filter and good loading capacity

• Particularly useful for liquid clarification and liquid scintillation counting

• Application: Used in LSC techniques where high loading capacity is required

• Nominal air flow rate: 12 s/100 ml/in²

• Nominal thickness: 675 µm

• Nominal basis weight: 143 g/m²

• Max recommended temperature: 550 °C

• Material: Borosilicate glass

• Binder type: Binder Free

• Typical Particle Retention in Liquid: 1.0 µm

• Typical water flow rate: 81 ml/min

• Thick filter with fine particle filter and good loading capacity

• Particularly useful for liquid clarification and liquid scintillation counting

• Application: Used in LSC techniques where high loading capacity is required

• Nominal air flow rate: 12 s/100 ml/in²

• Nominal thickness: 675 µm

• Nominal basis weight: 143 g/m²

• Max recommended temperature: 550 °C

• Material: Borosilicate glass

• Binder type: Binder Free

• Typical Particle Retention in Liquid: 1.0 µm

• Typical water flow rate: 81 ml/min

• Thick filter with fine particle filter and good loading capacity

• Particularly useful for liquid clarification and liquid scintillation counting

• Application: Used in LSC techniques where high loading capacity is required

• Nominal air flow rate: 12 s/100 ml/in²

• Nominal thickness: 675 µm

• Nominal basis weight: 143 g/m²

• Max recommended temperature: 550 °C

• Material: Borosilicate glass

• Binder type: Binder Free

• Typical Particle Retention in Liquid: 1.0 µm

• Typical water flow rate: 81 ml/min

• Thick filter with fine particle filter and good loading capacity

• Particularly useful for liquid clarification and liquid scintillation counting

• Application: Used in LSC techniques where high loading capacity is required

• Nominal air flow rate: 12 s/100 ml/in²

• Nominal thickness: 675 µm

• Nominal basis weight: 143 g/m²

• Max recommended temperature: 550 °C

• Material: Borosilicate glass

• Binder type: Binder Free

• Typical Particle Retention in Liquid: 1.0 µm

• Typical water flow rate: 81 ml/min