In Controlled Conditions to Perform Consistently
Vials are Made Within Stringent Dimension
Flask can be Closed with a Screw Cap
Can be Closed with Glass Stopper
Narrow Mouth & Interchangeable Stopper
Vials are Made Within Stringent Dimension
Write on Patch: Yes
Friction: Flat Bottom-Everyday
In Controlled Conditions to Perform Consistently
Generally Used in Titration Process
The Tolerance Conforms to Class A of IS & ISO
In Controlled Conditions to Perform Consistently
Vials are Made Within Stringent Dimension
Graduations in Amber Enamel
Each Cylinder is Engraved with a Unique Serial Number, &
Flask can be Closed with a Screw Cap
Re-direct Regents with Recirculation Mode
Operate Smoothly with Motor Control
Septa Mount: Friction
In Controlled Conditions to Perform Consistently
With Glass Stopcock
Individually Tested for Exact Volume Dispensed at 3 Points on
The Tolerance Conforms to Class A of IS & ISO
The Glass Stopcock Enhances Control & Enables Smoother Action
Vials are Made Within Stringent Dimension
Friction: Ultra Clean
Vials are Made Within Stringent Dimension
Bonded: Pre-Slit
Flask can be Closed with a Screw Cap
Erlenmeyer Baffled
Write on Patch: Yes
Vials are Made Within Stringent Dimension
Vials are Made Within Stringent Dimension
In Controlled Conditions to Perform Consistently
Polypropylene: Bonded Pre-Slit
Vials are Made Within Stringent Dimension
Write on Patch: Yes
Vials are Made Within Stringent Dimension
Has a Durable matt Finished Enamelled Area for Marking
Complete with PP Screw Cap & Pouring ring
Graduations in Amber Enamel
Each Cylinder is Engraved with a Unique Serial Number, &
In Controlled Conditions to Perform Consistently
Silicone: Bonded
Friction: Flat Bottom-Ultra Clean
In Controlled Conditions to Perform Consistently
In Controlled Conditions to Perform Consistently
Vials are Made Within Stringent Dimension
Each cylinder is engraved with a unique serial number, and
Graduations in Amber enamel
Vials are Made Within Stringent Dimension
Silicone: Bonded
Vials are Made Within Stringent Dimension
Silicone: Bonded
Top: Open
Vials are Made Within Stringent Dimension
Vials are Made Within Stringent Dimension
In Controlled Conditions to Perform Consistently
To Fill Burette Apply a Slight Positive Pressure to Lower
Burettes Manufactured from Chemically Resistant 3.3 Borosilicate Glass
Generally Used in Titration Process
The Glass Stopcock Enhances Control & Enables Smoother Action
Printed with a Retrace Code
The Screw Caps & Pouring Ring are Made of PP
Can be Closed with Glass Stopper
Narrow Mouth & Interchangeable Stopper
Vials are Made Within Stringent Dimension
Silicone: Bonded Pre-Slit
Sturdy hexagonal base prevents roll-over & ensures greater stability
Graduations in Amber enamel
Flask can be Closed with a Screw Cap
Uniform Wall Thickness Ideal for Uniform Heating
Ideal for Culture Work & Easy to Read Scale