WOULF BOTTLE

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WOULF BOTTLE Specification

Temperature Resistance
up to 250C

Features
Three necked, chemical resistant, reusable, autoclavable

Shape
Cylindrical with multiple necks

Glass Type
Borosilicate Glass

Control Type
Manual

Type
Woulf Bottle

Dimension (L*W*H)
Varies by capacity, typically cylindrical form

Equipment Type
Laboratory Bottle

Equipment Materials
Borosilicate Glass

Material
Borosilicate Glass

Application
Laboratory filtration, gas washing, and vacuum applications

Capacity (Ltr)
250 ml, 500 ml, 1000 ml

Usage
Suitable for gas absorption, holding liquids under vacuum

Joint Size
Standard ground joint sizes; customizable

Neck Type
Ground joint necks

Transparency
Clear glass for visual monitoring

Sterilization Method
Autoclavable

Chemical Resistance
High, suitable for acids and solvents

About WOULF BOTTLE

Explore the ultimate in laboratory filtration with the WOULF BOTTLEa redoubtable vessel crafted from soaring-quality borosilicate glass. Featuring the latest ground joint necks in standard and customizable sizes, this three-necked bottle excels in holding liquids under vacuum and facilitating efficient gas absorption. Procure clear visual monitoring thanks to its transparent design. High resistance to acids and solvents ensures robust chemical compatibility, while autoclavable construction provides reliable sterilization. Originating from India, this bottle is available in multiple capacitiesbecoming an indispensable equipment for laboratories nationwide.

Material Feature & Commercial Uses of WOULF BOTTLE

Made from durable borosilicate glass, the WOULF BOTTLE offers exceptional chemical and temperature resistance, making it ideal for frequent autoclavable usage. Its clear glass allows for visual monitoring during processes like gas washing, filtration, and laboratory vacuum applications. Commercially, laboratories and research centers rely on this bottle, especially for handling aggressive acids and solvents, ensuring consistent safety and results in essential scientific procedures.

Domestic Market Reach, Delivery Process & Sample Availability

The WOULF BOTTLE is available at competitive list prices across the main domestic market in India, with manufacturer, supplier, and trader services backed by prompt dispatch timelines. Typically, products are dispatched within the stipulated period and drop-off arrangements are managed efficiently for timely delivery. To assist potential buyers, sample bottles are available to help review product quality and suitability for laboratory needs before procurement.

FAQs of WOULF BOTTLE:

Q: How is the WOULF BOTTLE suitable for laboratory vacuum applications?

A: The WOULF BOTTLE is designed to withstand high vacuum pressures due to its robust borosilicate glass and ground joint necks, making it perfect for holding liquids under vacuum during laboratory filtration and gas absorption tasks.

Q: What material is used to manufacture this bottle and why is it beneficial?

A: Borosilicate glass is utilized, providing superior chemical and temperature resistance. This makes the bottle suitable for use with acids, solvents, and for repeated autoclaving, ensuring longevity and safety in laboratory environments.

Q: When can I expect the product to be dispatched after placing an order?

A: Dispatch times vary depending on inventory and order volume, but typically the WOULF BOTTLE is shipped promptly within the agreed time frame to ensure timely drop-off at your location.

Q: Where is the WOULF BOTTLE manufactured and supplied from?

A: This laboratory bottle is manufactured and supplied from India, ensuring wide availability and reliable distribution within the domestic market.

Q: What are the process steps for sterilizing the WOULF BOTTLE?

A: Sterilization can be efficiently done by autoclaving, as the borosilicate glass construction withstands temperatures up to 250C, ensuring thorough and safe sterilization for repeated laboratory use.

Q: How can one visually monitor reactions within the WOULF BOTTLE?

A: The bottles clear glass design permits easy visual monitoring of ongoing laboratory processes, which is especially important for accurate gas absorption and filtration operations.

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