Glass Pear Shaped Flask

Glass Pear Shaped Flask Specification

Glass Type
Borosilicate Glass

Temperature Resistance
Up to 500C

Features
Chemical Resistant, Heat Resistant, Transparent, Reusable, Graduated Markings

Control Type
Manual

Shape
Pear Shaped

Accuracy
Standard volumetric accuracy

Heating Capacity
Can withstand direct heating

Type
Laboratory Flask

Dimension (L*W*H)
Varies depending on capacity, typically standard lab sizes

Equipment Type
Laboratory Glassware

Equipment Materials
Borosilicate Glass

Power
N/A (Non-electrical)

Material
Glass

Application
Chemical Analysis, Laboratory Use

Capacity (Ltr)
Available in multiple capacities (e.g., 50 ml, 100 ml, 250 ml, 500 ml, 1000 ml)

Microwave Safe
Yes

Graduations
Marked for volume estimation

Color
Clear, Transparent

Neck Type
Short Neck with Ground Joint

Autoclavable
Yes

Leak Proof
When used with proper stopper

Surface Finish
Smooth

Chemical Compatibility
Compatible with most laboratory chemicals

Glass Pear Shaped Flask Trade Information

Minimum Order Quantity
50 Pieces

Supply Ability
1000 Pieces Per Day

Delivery Time
2-5 Days

About Glass Pear Shaped Flask

Discover an unbeatable price on our Glass Pear Shaped Flask-an outstanding addition to any laboratory seeking remarkable quality. Crafted from high-grade borosilicate glass, this flask is engineered for unparalleled chemical resistance and heat tolerance up to 500C. Designed with a short neck, smooth surface, and precise graduations, it ensures accuracy for chemical analysis and general laboratory use. Leak-proof when sealed appropriately and compatible with most chemicals, this flask is autoclavable, microwave safe, and reusable, offering the best deal for professionals demanding reliable, transparent laboratory glassware at the best price.

Application and Surface Advantages

The Glass Pear Shaped Flask is specifically tailored for use in diverse chemical analysis and research procedures. Its smooth, transparent surface ensures easy monitoring of reactions and accurate measurement thanks to clear graduation markings. Application is simple: add your chemical solution, heat directly if required, and conduct tests efficiently. This laboratory glassware is ideal for titration, sample preparation, and volume estimation, accommodating advanced analytical methods while maintaining high visibility and chemical resistance.

Shipping, Payment, and Market Coverage

Our glass pear-shaped flasks are shipped goods from premium FOB ports, guaranteeing timely and secure arrival. We offer flexible payment terms to suit customer preferences, making transactions seamless and reliable. Serving as a premier supplier, trader, and exporter in India, our main domestic market spans educational, pharmaceutical, and research institutions nationwide. Count on us for fast shipping, detailed product tracking, and responsive communication at every step of your purchase journey.

FAQ's of Glass Pear Shaped Flask:

Q: How can this pear-shaped flask be used in chemical analysis?

A: This flask is designed for precise chemical analysis, sample preparation, and titration, offering graduated markings for accurate volume estimation in any laboratory setting.

Q: What temperature resistance does the flask provide during heating processes?

A: Our borosilicate glass flask withstands temperatures up to 500C and can handle direct heating, making it suitable for a wide range of laboratory thermal applications.

Q: When should a ground joint stopper be used with the flask?

A: A ground joint stopper should be used whenever leak proof performance is essential, such as during mixing, storage, or transport of volatile chemicals.

Q: Where are your glass pear-shaped flasks shipped from, and what is the process?

A: Flasks are shipped from premium FOB ports in India, following careful inspection. The process involves quality checks, secure packaging, and prompt dispatch to ensure safe arrival.

Q: What are the main benefits of using this glassware in a laboratory?

A: The main benefits include outstanding chemical compatibility, heat resistance, volumetric accuracy, transparency for easy observation, and durable, reusable construction.