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LLG Separating Funnel, 2000 mL, After Squibb, PTFE Stopcock, Graduated, Boro 3.3, DIN 12452

Bore

Nominal capacity

Socket[s]

Specifications

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HS Code #
70172000
Bore
6.0 mm
Material
Boro 3.3
Material stopcock
PTFE key
Nominal capacity
2000 ml
Socket[s]
NS 29/32
Standard
DIN ISO 4800
Type of construction
Acc. to Squibb
UNSPSC
41121809
With graduation
Yes

NZ $241.90

Inc. GST

Supplier Stock: 3
Delivery: 2-4 weeks

Product description

The LLG Separating Funnel is made from high-quality Boro 3.3 glass, providing excellent durability and resistance to thermal shock and chemical corrosion. This 2000 mL funnel is designed after the Squibb model and features a PTFE stopcock for smooth and reliable flow control. It is graduated for accurate measurements and manufactured to DIN 12452 standards, ensuring consistent quality. Ideal for separating liquids with different densities, this funnel is perfect for use in chemical, biological, and industrial laboratory applications.

Key Features:

  • Brand: LLG Labware
  • Material: Boro 3.3 glass for durability and chemical resistance
  • Capacity: 2000 mL
  • Design: After Squibb model with PTFE stopcock for easy separation
  • Graduation: Graduated for accurate liquid measurement
  • Standards: Manufactured to DIN 12452 for consistent quality
  • Application: Ideal for separating liquids with different densities in laboratories

This separating funnel ensures precise liquid separation and is an essential tool for laboratories involved in liquid separations, chemical reactions, and purification processes.

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Frequently asked questions

It is made from high-quality Boro 3.3 glass, providing excellent durability and resistance to thermal shock and chemical corrosion. This 2000 mL funnel is designed after the Squibb model and features a PTFE stopcock for smooth and reliable flow control. It is graduated for accurate measurements and manufactured to DIN 12452 standards, ensuring consistent quality. Ideal for separating liquids with different densities, this funnel is perfect for use in chemical, biological, and industrial laboratory applications.

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