DURAN® Separating Funnel, with Glass Key, 500 mL

  • Manufactured from 3.3 expansion borosilicate glass
  • Complies with DIN ISO 4800 Type 1
  • The conical shape makes it highly suited for phase separation
  • With solid glass stopcock key and plastic retaining device
  • Fired-on, highly durable white print
  • Tight neck closure due to standard ground joint with plastic stopper
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Product Overview
A separating funnel has the shape of an inverted pointed flask with a stopcock to drain the contents at its tip. In liquid-liquid extractions, the two immiscible liquids separate into different layers where the liquid with the higher density collects in the lower part of the vessel and can be drained off via the stopcock.

Specifications

Specifications
h (mm) 320
d1 (OD) (mm) 10
Capacity (mL) 500
Key Bore Diameter (mm) 4
Stem OD (mm) 10
Socket Size 29/32
Marking Area The marking area is a printed ceramic area on laboratory glassware for marking / identification using a wax pencil. Also called marking field, white marking spot or marking square.
Material PP, BORO 3.3
Boro 3.3 Borosilicate glass 3.3 has a very good chemical resistance, virtual inert behavior, a high maximum usage temperature, high light transparency and minimal thermal expansion. Borosilicate glass 3.3 has a linear coefficient of expansion of 3.3 × 10−6 K−1 at
Height (mm) 320
Autoclavable Yes
Quantity 1
Product Overview
A separating funnel has the shape of an inverted pointed flask with a stopcock to drain the contents at its tip. In liquid-liquid extractions, the two immiscible liquids separate into different layers where the liquid with the higher density collects in the lower part of the vessel and can be drained off via the stopcock.

Specifications

Specifications
h (mm) 320
d1 (OD) (mm) 10
Capacity (mL) 500
Key Bore Diameter (mm) 4
Stem OD (mm) 10
Socket Size 29/32
Marking Area The marking area is a printed ceramic area on laboratory glassware for marking / identification using a wax pencil. Also called marking field, white marking spot or marking square.
Material PP, BORO 3.3
Boro 3.3 Borosilicate glass 3.3 has a very good chemical resistance, virtual inert behavior, a high maximum usage temperature, high light transparency and minimal thermal expansion. Borosilicate glass 3.3 has a linear coefficient of expansion of 3.3 × 10−6 K−1 at
Height (mm) 320
Autoclavable Yes
Quantity 1