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PATIKIL 250ml Borosilicate Glass Buchner Funnel with Fine Frit (G3) - 24/40 Standard Taper Joint for Lab Experiments - 75mm ID, 84mm Depth - Ideal for Filtration, Chemistry & Scientific Research
PATIKIL 250ml Borosilicate Glass Buchner Funnel with Fine Frit (G3) - 24/40 Standard Taper Joint for Lab Experiments - 75mm ID, 84mm Depth - Ideal for Filtration, Chemistry & Scientific Research
PATIKIL 250ml Borosilicate Glass Buchner Funnel with Fine Frit (G3) - 24/40 Standard Taper Joint for Lab Experiments - 75mm ID, 84mm Depth - Ideal for Filtration, Chemistry & Scientific Research
PATIKIL 250ml Borosilicate Glass Buchner Funnel with Fine Frit (G3) - 24/40 Standard Taper Joint for Lab Experiments - 75mm ID, 84mm Depth - Ideal for Filtration, Chemistry & Scientific Research
PATIKIL 250ml Borosilicate Glass Buchner Funnel with Fine Frit (G3) - 24/40 Standard Taper Joint for Lab Experiments - 75mm ID, 84mm Depth - Ideal for Filtration, Chemistry & Scientific Research
PATIKIL 250ml Borosilicate Glass Buchner Funnel with Fine Frit (G3) - 24/40 Standard Taper Joint for Lab Experiments - 75mm ID, 84mm Depth - Ideal for Filtration, Chemistry & Scientific Research

PATIKIL 250ml Borosilicate Glass Buchner Funnel with Fine Frit (G3) - 24/40 Standard Taper Joint for Lab Experiments - 75mm ID, 84mm Depth - Ideal for Filtration, Chemistry & Scientific Research

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Description

Buchner funnel is widely used in chemical laboratories and scientific research institutions for complex filtration, purification operations, chemical analysis, etc. Widely used with filter Erlenmeyer flasks, filter adapter cones, and pump.SpecificationCapacity: 250mlTotal Height: 190 mm/7.5 InchTop Opening Size: 80 x 75 x 84 mm/3.1 x 3 x 3.3 Inch(OD. x ID. x H)Bottom Outlet Diameter: 8 x 5 mm/0.3 x 0.2 Inch(OD. x ID.)Vacuum Serrated Tube Outer Diameter: 10mm/0.4 InchSand Core Type: G3Pore Size 15-40μm Nominal Max;Interface: 24/40Material: GlassColor: ClearPacking List: 1 Pcs x The Buchner FunnelAdvantage1. The Buchner funnel is made of durable, easy-cleaning, high-temperature, and corrosion-resistant borosilicate glass, suitable for filtering hot solutions or chemical reagents.2. The Vacuum Serrated Tube design ensures a secure connection for vacuum filtration setups by creating a tight seal with tubing, ensuring a good seal and preventing accidental falling off during the experiment.3. The sand core is made using laser drilling technology to ensure uniform pore size, thus ensuring precise filtration.InstructionEasy to Use. Connect the bottom joint to the Erlenmeyer flask or filtering flask, etc.NoteAvoid increasing the pressure fiercely during experiments, which may cause product damage or pressurization failure.Please wash it immediately after use and keep it dry.Use with care to prevent damage from collisions.

Features

    Specification Capacity 250ml; Total Height 190 mm/7.5 Inch; Top Opening Size80 x 75 x 84 mm/3.1 x 3 x 3.3 Inch(OD. x ID. x H); Bottom Outlet Diameter 8 x 5 mm/0.3 x 0.2 Inch(OD. x ID.); Vacuum Serrated Tube Outer Diameter 10mm/0.4 Inch; Sand Core Type G3; Pore Size 15-40μm Nominal Max; Interface 24/40; Material Glass; Color Clear; Packing List 1 Pcs x The Buchner Funnel

    Application Buchner funnel is widely used in chemical laboratories and scientific research institutions for complex filtration, purification operations, chemical analysis, etc. Widely used with filter Erlenmeyer flasks, filter adapter cones, and pump.

    Advantage The Buchner funnel is made of durable, easy-cleaning, high-temperature, and corrosion-resistant borosilicate glass, suitable for filtering hot solutions or chemical reagents; The Vacuum Serrated Tube design ensures a secure connection for vacuum filtration setups by creating a tight seal with tubing, ensuring a good seal and preventing accidental falling off during the experiment; The sand core is made using laser drilling technology to ensure uniform pore size.

    Instruction Easy to Use. Connect the bottom joint to the Erlenmeyer flask or filtering flask, etc.

    Note Avoid increasing the pressure fiercely during experiments, which may cause product damage or pressurization failure; Please wash it immediately after use and keep it dry; Use with care to prevent damage from collisions.

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