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To Fill Burette Apply a Slight Positive Pressure to Lower

Burettes Manufactured from Chemically Resistant 3.3 Borosilicate Glass

Burettes Manufactured from Chemically Resistant 3.3 Borosilicate Glass

Individually Tested for Exact Volume Dispensed at 3 Points on

To Set Zero Release Pressure to Allow Excess Liquid to

With Automatic Zero Facility

Burettes Manufactured from Chemically Resistant 3.3 Borosilicate Glass

To Fill Burette Apply a Slight Positive Pressure to Lower

To Fill Burette Apply a Slight Positive Pressure to Lower

To Set Zero Release Pressure to Allow Excess Liquid to

Burettes Manufactured from Chemically Resistant 3.3 Borosilicate Glass

With Automatic Zero Facility

Burettes Manufactured from Chemically Resistant 3.3 Borosilicate Glass

With Glass Stopcock

White Enamel Graduations

With Automatic Zero Facility

Burettes Manufactured from Chemically Resistant 3.3 Borosilicate Glass

White Enamel Graduations

To Fill Burette Apply a Slight Positive Pressure to Lower

To Set Zero Release Pressure to Allow Excess Liquid to

To Fill Burette Apply a Slight Positive Pressure to Lower

Burettes Manufactured from Chemically Resistant 3.3 Borosilicate Glass

With Glass Stopcock

Burettes Manufactured from Chemically Resistant 3.3 Borosilicate Glass

Individually Tested for Exact Volume Dispensed at 3 Points on

With Glass Stopcock

Burettes Manufactured from Chemically Resistant 3.3 Borosilicate Glass

White Enamel Graduations

To Fill Burette Apply a Slight Positive Pressure to Lower

To Set Zero Release Pressure to Allow Excess Liquid to

With Automatic Zero Facility

To Fill Burette Apply a Slight Positive Pressure to Lower

With Glass Stopcock

To Set Zero Release Pressure to Allow Excess Liquid to

With Automatic Zero Facility

To Set Zero Release Pressure to Allow Excess Liquid to

With Glass Stopcock

To Fill Burette Apply a Slight Positive Pressure to Lower

With Automatic Zero Facility

To Set Zero Release Pressure to Allow Excess Liquid to

Individually Tested for Exact Volume Dispensed at 3 Points on

To Set Zero Release Pressure to Allow Excess Liquid to

Individually Tested for Exact Volume Dispensed at 3 Points on

With Automatic Zero Facility

To Set Zero Release Pressure to Allow Excess Liquid to

Burettes Manufactured from Chemically Resistant 3.3 Borosilicate Glass

Uniform Wall Thickness Distribution and Round-Bottom Shape Make Them Ideal

The Centred Neck is Vertical

Generally Used in Distillation and Extraction Processes

The Centred Neck is Vertical

The Two Side Necks are 180 Apart and are inclined...

The Shape Facilitates Uniform Heating

Packed in Reclosable Plastic Boxes for Protection During Storage

Cover Glass is Cut, Cleaned, Sorted and Weighed

The Shape Facilitates Uniform Heating

Generally Used in Distillation and Extraction Processes

The Centred Neck is Vertical

The Shape Facilitates Uniform Heating

The Centred Neck is Vertical

Generally Used in Distillation and Extraction Processes

Uniform Wall Thickness Distribution and Round-Bottom Shape Make Them Ideal

The Shape Facilitates Uniform Heating

Uniform Wall Thickness Distribution and Round-Bottom Shape Make Them Ideal

Generally Used in Distillation and Extraction Processes

Accessories, Thermometer, Column, Dropping Funnels, Boiling Capillaries, Etc. Can be

The Centred Neck is Vertical

All the Three Necks are Vertical. The Two Side Necks

The Centred Neck is Vertical

The Shape Facilitates Uniform Heating

Generally Used in Distillation and Extraction Processes

Uniform Wall Thickness Distribution and Round-Bottom Shape Make Them Ideal

Generally Used in Distillation and Extraction Processes

Especially Useful Where the Filter Paper May be Attacked By

Resistant to Corrosion and Heat

Withstand to Repeated Sterilisation (Wet or Dry)

Very High Chemical Resistance

Perfect for Use in Routine Work

Withstand to Repeated Sterilisation (Wet or Dry)

Generally Used in Distillation and Extraction Processes

The Two Side Necks are 180 Apart and are inclined...