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Vials are Made Within Stringent Dimension
Vial Profile: Round Bottom

Vial Profile: Flat Bottom
Vials are Made Within Stringent Dimension

Silicone: Bonded
Vials are Made Within Stringent Dimension

Typically Used for the Preparation of Culture in Nutrient Media
Complies with is 7183

Designed with a Round Bottom
Made Thick-Walled, Mechanically Very Resistant

Designed with a Tooled Neck for Greater Strength and better
These Flasks are Specially Designed for Nitrogen/Protein Determination As Per

Matt Finished Enamelled Area for Marking
Ideal for Heating

Suitable for Distillation Process
Uniform Wall Thickness Distribution Makes these Flasks Ideal for Heating

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

Complies with is 2620
Suitable for Distillation Process

Suitable for Distillation Process
Complies with is 2620

Matt Finished Enamelled Area for Marking
Shock Resistance & Physical Strength

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

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

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

In Controlled Conditions to Perform Consistently
Silicone: Bonded Pre-Slit

Interchangeable Stopper
Uniform Wall Thickness Ideal for Uniform Heating

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

In Controlled Conditions to Perform Consistently
Vial Profile: Round Bottom

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

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

Ideal for Heating
Shock Resistance & Physical Strength

Made Thick-Walled, Mechanically Very Resistant
Designed with a Round Bottom

Short Neck & Interchangeable Joint
Ideal For Small Scale Reaction

Graduations in Amber Enamel
Each Cylinder is Engraved with a Unique Serial Number, &

Bonded: Pre-Slit
In Controlled Conditions to Perform Consistently

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

In Controlled Conditions to Perform Consistently
Silicone: Bonded Pre-Slit Write on

Vials are Made Within Stringent Dimension
Bonded

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

Matt Finished Enamelled Area for Marking
Ideal for Heating

Vial Profile: Round Bottom
In Controlled Conditions to Perform Consistently

Large Labeling Field
Short Neck & Interchangeable Joint

Stopper Size : 10/15
Manufactured from 3.3 borosilicate USP Type I glass with an...

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

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

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

Simple Design for Drying Under Atmospheric Pressure
Ground Glass Flanges

Ideal for Culture Work & Easy to Read Scale
Graduated from 25 ml to 5000 ml

Septa Mount: Friction
In Controlled Conditions to Perform Consistently
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