PFA Dual-Neck Impingement Bottle 90ml, with 1/4" tube port

Name: PFA Dual-Neck Impingement Bottle 90ml, with 1/4" tube port
Brand: NJbinglab
Price: 110.0 USD
Availability: InStock

Price 110.0 USD ($)/ Piece

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MOQ : 3 Pieces

PFA Dual-Neck Impingement Bottle 90ml, with 1/4" tube port Specification

Usage
Lab use

Material
PFA

Color
Translucent

Application
Gas reaction

Feature
Corrosion resistant

Advantage
No adsorption

About PFA Dual-Neck Impingement Bottle 90ml, with 1/4" tube port

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

PFA (Perfluoroalkoxy alkane) construction provides exceptional resistance to a wide range of corrosive chemicals, making the Dual-Neck Impingement Bottle suitable for even demanding gas reaction tasks. Its robust design ensures long-term integrity and repeatable results, even with aggressive reagents.

Designed for Lab Precision

The dual-neck design and 1/4" tube port offer versatility and easy connectivity, allowing seamless integration into lab setups. The translucent body enables clear visual monitoring of contents, ensuring precise measurement and analysis during experimental procedures.

No Adsorption for High Purity Results

One of the bottle's primary advantages is its non-adsorptive PFA surface, which prevents sample loss and contamination. This feature is crucial for maintaining the purity of reagents and ensuring reproducible outcomes in sensitive experiments.

FAQ's of PFA Dual-Neck Impingement Bottle 90ml, with 1/4" tube port:

Q: How does the PFA Dual-Neck Impingement Bottle benefit laboratory gas reaction processes?

A: The bottle's PFA material prevents adsorption and is highly corrosion-resistant, ensuring that samples remain uncontaminated and reactive components do not degrade the container during gas-related experiments.

Q: What makes the 1/4" tube port feature advantageous in this impingement bottle?

A: The 1/4" tube port allows easy, secure attachment to standard laboratory tubing, facilitating controlled transfer of gases or liquids and enhancing flexibility in experimental setups.

Q: When is it ideal to use a PFA Dual-Neck Impingement Bottle in the laboratory?

A: This bottle is best used during processes involving aggressive chemicals, high-purity gas reactions, and whenever sample integrity and contamination prevention are critical to the outcome.

Q: Where can laboratories purchase this PFA Dual-Neck Impingement Bottle?

A: Laboratories can procure this 90ml PFA bottle from established exporters, manufacturers, or suppliers based in India who specialize in high-quality laboratory equipment.

Q: What is the typical process for using this bottle in a gas reaction setup?

A: The impingement bottle is connected via the 1/4" tube port, with reactants introduced through one neck and gases directed through the second, enabling efficient gas-liquid interactions under controlled conditions.

Q: How does the translucent nature of the PFA bottle assist in laboratory work?

A: The translucent body empowers researchers to visually monitor the contents and process progress, making it easier to observe reactions and manage sample volumes accurately.

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