HANDLE FLASK

HANDLE FLASK Specification

Heat Resistance
Yes

Corrosion Resistant
Yes

Handle Type
Moulded Polypropylene Handle

Base Type
Flat

Product Type
Laboratory Flask with Handle

Main Material
Borosilicate Glass

Other Material
Polypropylene (Handle)

Surface Finish
Clear Polished Glass

Usage
Chemical Storage and Laboratory Experiments

Color
Transparent

Size
Standard

Thickness
3 mm

Quantity
1 Piece

Design
Ergonomic Handle Flask

Material Grade
Lab Grade Borosilicate

Capacity
1000 ml

Features
Leak-Proof, Easy Handling, Durable

Weight
Approx. 350 g

Diameter (inch )
Approx. 4 Inch

Lid Type
Without Lid (Optional Stopper Available)

Temperature Tolerance
-20C to 350C

Chemical Resistance
High

Packaging Type
Individual Poly Bag/Wrapped

Markings
Graduated Volume Markings

Impact Resistance
Moderate

Neck Type
Wide Mouth

Sterility
Non-Sterile

Autoclavable
Yes

Reusability
Yes

About HANDLE FLASK

Introducing the superlative HANDLE FLASK-a scarce opportunity to personalise your laboratory collection with this celebrated piece. Designed for invincible performance, this borosilicate glass flask boasts high chemical resistance, leak-proof construction, and ergonomic moulded polypropylene handles for easy handling. Suitable for temperatures from -20C to 350C, its wide mouth and graduated markings enable precise measurements. Non-sterile and reusable, this flask is perfect for rigorous lab environments. Secure yours before this offer ends soon! Optional stoppers available. Packaging: individually poly-wrapped. Proudly supplied by leading traders and wholesalers in India.

Commercial Applications and Competitive Edge

The HANDLE FLASK is designed for demanding laboratory and industrial environments, supporting chemical storage and experimental protocols. Commercial users value its ergonomic design, substantial 1000 ml capacity, and high resistance to heat and chemicals. This celebrated flask offers a competitive edge with its moderate impact resistance, leak-proof assurance, and clear volume markings. Its reusable nature and optional stoppers further enhance its versatility, making it a preferred choice for trade, research, and educational institutes nationwide.

Delivery Timelines, Samples, and Supply Ability

Expect prompt delivery of the HANDLE FLASK to both export markets and the domestic mar, with ample supply ability ensuring low expenditure on delays. Samples are available to verify the celebrated quality before bulk procurements. Our streamlined process guarantees timely order fulfillment and reliable service, supporting your procurement requirements efficiently. Trust us to deliver excellence with every piece, no matter your market focus or order quantity, maintaining a superior standard in every transaction.

FAQ's of HANDLE FLASK:

Q: How is the HANDLE FLASK suitable for chemical storage and laboratory experiments?

A: The HANDLE FLASK is made of lab-grade borosilicate glass, providing superior chemical and heat resistance, making it ideal for safe chemical storage and reliable laboratory experiments.

Q: What are the benefits of its wide mouth and graduated markings?

A: The wide mouth allows for easy pouring and access while the graduated volume markings ensure accurate measurement and minimisation of errors during use.

Q: When should I opt for the optional stopper for this flask?

A: Choose the optional stopper when a temporary seal is required to prevent spillage or contamination during storage or transportation.

Q: Where are HANDLE FLASKS predominantly used?

A: HANDLE FLASKS are widely used in laboratories, research institutes, educational facilities, and industrial environments that demand high durability and precise measurements.

Q: What is the process for obtaining a sample before placing a bulk order?

A: You can request a sample flask, which will be individually poly-wrapped and dispatched promptly, allowing you to assess quality before committing to larger quantities.

Q: How invincible is the flask against corrosion and thermal shock?

A: The borosilicate material is celebrated for its high corrosion resistance and ability to withstand extreme temperature changes from -20C up to 350C, ensuring durability in challenging lab scenarios.

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