PFA Dual Neck Impingement Bottle 60ml, with 1/4" tube port

Name: PFA Dual Neck Impingement Bottle 60ml, with 1/4" tube port
Brand: NJbinglab
Price: 100.0 USD
Availability: InStock

Price 100.0 USD ($)/ Piece

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MOQ : 3 Pieces

PFA Dual Neck Impingement Bottle 60ml, with 1/4" tube port Specification

Application
Gas reaction

Material
PFA

Color
Translucent

Usage
Lab use

Feature
Corrosion resistant

Advantage
No adsorption

PFA Dual Neck Impingement Bottle 60ml, with 1/4" tube port About

Product Overview

The PFA Dual-Neck Impingement/Reaction Vessel is a specialized vessel engineered for gas scrubbing, bubbling, and controlled chemical reactions. Equipped with precision-molded 1/4" tube fittings, it allows for the secure attachment of PFA tubing, enabling a fully closed loop for liquid or gas transfer. Its high transparency and non-stick interior make it an ideal choice for monitoring complex reactions or collecting volatile trace elements without risk of sample adsorption or leaching.

Product Synergy & Workflow

Integrated into precision gas-handling and reaction chains:

1/4" PFA Tubing: For building airtight connections between the bottle and gas sources or analytical instruments.
PFA/PTFE Fittings & Valves: Used to regulate flow rates and pressure during impingement or sampling.
PFA Reagent Bottles: Serve as the reservoir for the high-purity absorption liquids or reagents used in the bottle.

Application Fields & Industries

Environmental Monitoring: Used as impingers for collecting trace metals or pollutants from air and gas emissions.
Semiconductor Processing: Ideal for gas bubbling and the purification of high-purity process chemicals.
Trace Element Analysis (ICP-MS): Closed-system digestion or reaction vessel to maintain ultra-low blank levels.
Specialty Chemicals: Conducting sensitive reactions involving hydrofluoric acid or other highly corrosive reagents.

Superior Chemical Resistance for Reliable Lab Use

Crafted from high-quality PFA, our Dual Neck Impingement Bottle is built to withstand harsh chemicals commonly used in laboratories. Its corrosion-resistant feature ensures longevity and consistent performance, making it a valuable addition to any lab conducting sensitive gas reactions.

Innovative Design for Enhanced Functionality

The bottle is equipped with a dual neck and a precise 1/4" tube port, allowing secure and convenient transfer of gases or liquids. Its translucent body enables clear monitoring of the contents, enhancing accuracy during experimental procedures.

FAQ's of PFA Dual Neck Impingement Bottle 60ml, with 1/4" tube port:

Q: How is the PFA Dual Neck Impingement Bottle utilized in gas reaction experiments?

A: This bottle is specifically designed for gas reaction applications, allowing gases to be introduced and managed through its dual neck and tube port setup, ensuring controlled processes in laboratory environments.

Q: What are the benefits of using PFA material for this impingement bottle?

A: PFA offers exceptional chemical resistance, ensures no adsorption of substances, and maintains the purity of samples. Its durable and non-reactive surface is ideal for handling aggressive reagents.

Q: Where can the PFA Dual Neck Impingement Bottle be sourced from?

A: This product is manufactured, exported, and supplied by reputable companies based in India, making it accessible to laboratories worldwide.

Q: When should I choose a dual neck impingement bottle over a single neck alternative?

A: A dual neck design is advantageous when simultaneous connections or operations are required, such as introducing gases while extracting samples, increasing experimental flexibility in complex lab tasks.

Q: What is the process of connecting the 1/4" tube port to laboratory apparatus?

A: The 1/4" tube port is compatible with standard laboratory tubing. To connect, simply insert the appropriate tubing into the port, ensuring a snug and leak-proof fit for safe operation.

Q: How does the translucent feature of the bottle support laboratory usage?

A: The translucent body allows users to visually monitor the fluid levels and reactions inside the bottle, aiding precision and reducing the likelihood of errors during experimentation.

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