Bunsen Burner Needle Valve

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Bunsen Burner Needle Valve Specification

Heating Capacity
Adjustable via needle valve

Accuracy
Fine flame adjustment capability

Features
Adjustable flame; Stable base; Precision needle valve control

Control Type
Manual needle valve

Shape
Upright cylindrical with broad base

Temperature Resistance
Suitable for standard laboratory heating applications

Type
Bunsen Burner Needle Valve

Dimension (L*W*H)
Approx. 150 mm × 60 mm × 40 mm

Equipment Type
Gas Burner

Equipment Materials
Brass body with nickel-plated finish

Power
Non-electric

Material
Brass

Application
Laboratory heating and flame generation

Usage
Suitable for chemistry, biology, and physics labs

Inlet Size
Approx. 8 mm diameter for gas hose

Safety Feature
Anti-tip broad base for stability

Finish
Nickel-plated corrosion-resistant finish

Gas Compatibility
LPG and natural gas

Burner Intake Connection
Standard laboratory rubber tubing connection

Flame Control
Fine adjustment via precision needle valve

Weight
Approx. 200 grams

Base Material
Cast iron for stability

About Bunsen Burner Needle Valve

Redeem spectacular precision and uncommon safety in your laboratory with our Bunsen Burner Needle Valve model. Crafted with a cast iron base for optimum stability and a corrosion-resistant nickel-plated brass body, this burner ensures enduring performance. Its ephemeral yet finely adjustable flame is expertly controlled by a precision needle valve, making it suitable for rigorous experiments across chemistry, biology, and physics laboratories. Compatible with both LPG and natural gas, its anti-tip broad base and ergonomic design make it a reliable equipment type for heating and flame generation. Ideal for exporter, supplier, manufacturer, and trader needs across India.

Versatile Application and Unparalleled Performance

The Bunsen Burner Needle Valve offers optimum performance for laboratory heating tasks. Application is simple-connect to standard laboratory rubber tubing and adjust the flame with the precision needle valve. Commercially, it is indispensable in educational institutions and research facilities engaged in chemistry, biology, and physics. The burner suits most heat-resistant laboratory surfaces, ensuring a stable and controlled flame for everything from sterilization to experimental synthesis. Its robust design ensures it stands up to daily laboratory use with ease.

Certifications, Distribution, and Packaging Excellence

Our Bunsen Burner Needle Valve upholds a strong market value, meeting industry-standard certifications essential for reliable laboratory use. This product is widely available across India, ensuring seamless distribution in the main domestic market. Goods are securely packed to mitigate damage during transport and dispatched promptly for timely delivery. Each unit undergoes strict quality checks before export or supply, upholding our reputation as a dedicated manufacturer, distributor, and exporter of dependable laboratory equipment.

FAQ's of Bunsen Burner Needle Valve:

Q: How does the precision needle valve control the flame quality in the Bunsen Burner Needle Valve?

A: The precision needle valve facilitates fine adjustment of gas flow, allowing you to achieve optimum flame intensity and stability for various laboratory procedures without abrupt fluctuations.

Q: What types of gas are compatible with this Bunsen burner model?

A: It is compatible with both liquefied petroleum gas (LPG) and natural gas, making it suitable for a wide range of laboratories and user preferences.

Q: Where is this Bunsen Burner most commonly used?

A: This burner is ideal for chemistry, biology, and physics laboratories in educational, research, and industrial organizations due to its versatile performance and safety features.

Q: What is the process for safely operating and connecting this Bunsen Burner?

A: Simply connect the standard laboratory rubber tubing to the 8 mm diameter inlet, ensure it is on a stable surface, open the needle valve gently, and ignite for controlled heating.

Q: What benefit does the anti-tip broad base design offer?

A: The broad base provides uncommon stability, significantly reducing the risk of accidental tipping and ensuring safe operation during laboratory use.

Q: When should the needle valve be adjusted during laboratory experiments?

A: Adjust the needle valve both before and during experiments as needed to redeem optimal flame intensity for tasks such as sterilization or heating, ensuring consistent results.

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