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Higher Density Fraction Collects in the Pointed Centre of the
Small Amounts of Solids Can be Collected & Separated

Graduated from 25 ml to 5000 ml
Uniform Wall Thickness Ideal for Uniform Heating

Uniform Wall Thickness Ideal for Uniform Heating
Can be Closed with Glass Stopper

Shock Resistance & Physical Strength
Matt Finished Enamelled Area for Marking

Ideal For Small Scale Reaction
Short Neck & Interchangeable Joint

High Thermal Shock Resistance & Designed with a Rim
Designed with a Round Bottom

Ideal for Heating
Shock Resistance & Physical Strength

Designed with Special Caps to Facilitate Handling & Sealing
Designed with a Flat Bottom for Convenient Storage

Designed with a Flat Bottom for Convenient Storage
The Colour is Applied to The External Surface to Prevent

Vials are Made Within Stringent Dimension
In Controlled Conditions to Perform Consistently

Bonded: Pre-Slit
In Controlled Conditions to Perform Consistently

Vials are Made Within Stringent Dimension
Vial Profile: Round Bottom

Vials are Made Within Stringent Dimension
In Controlled Conditions to Perform Consistently

Uniform Wall Thickness Ideal for Uniform Heating
Equipped with Interchangeable Joint

In Controlled Conditions to Perform Consistently
Silicone: Bonded

The Flask With 500ml Capacity is a Part of Ammonia
Designed with a Tooled Neck for Greater Strength and better

Vial Profile: Flat Bottom
In Controlled Conditions to Perform Consistently

Soft Plunger Light Weight
Precision Click

Designed with a Round Bottom
High Thermal Shock Resistance & Designed with a Rim

In Controlled Conditions to Perform Consistently
Vials are Made Within Stringent Dimension

Complies with is 7183
The Large, Flat Bottom Surface Ensures Uniform Culture Growth

Complies with is 2620
Suitable for Distillation Process

Large Labelling Field for Easy Marking
These Flasks are Made Especially for the Determination of Iodine

In Controlled Conditions to Perform Consistently
Silicone: Friction

Write on Patch: Yes
Vials are Made Within Stringent Dimension

Vials are Made Within Stringent Dimension
In Controlled Conditions to Perform Consistently

Can be Closed with Glass Stopper
Uniform Wall Thickness Ideal for Uniform Heating

Vials are Made Within Stringent Dimension
In Controlled Conditions to Perform Consistently

Matt Finished Enamelled Area for Marking
Shock Resistance & Physical Strength

In Controlled Conditions to Perform Consistently
Vials are Made Within Stringent Dimension

Ideal For Small Scale Reaction
Large Labeling Field

In Controlled Conditions to Perform Consistently
Vials are Made Within Stringent Dimension

Made Thick-Walled, Mechanically Very Resistant
High Thermal Shock Resistance & Designed with a Rim

Precision Click
Easy to Read Dial

Vials are Made Within Stringent Dimension
Silicone: Bonded Pre-Slit

Ideal for Culture Work & Easy to Read Scale
Uniform Wall Thickness Ideal for Uniform Heating

Vials are Made Within Stringent Dimension
In Controlled Conditions to Perform Consistently

Vials are Made Within Stringent Dimension
Bonded

Uniform Wall Thickness Ideal for Uniform Heating
Graduated from 25 ml to 5000 ml

In Controlled Conditions to Perform Consistently
Vials are Made Within Stringent Dimension
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