PFA Dual-Neck Impingement Bottle 375ml, with 1/4" tube port

Name: PFA Dual-Neck Impingement Bottle 375ml, with 1/4" tube port
Brand: NJbinglab
Price: 200.0 USD
Availability: InStock

Price 200.0 USD ($)/ Piece

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MOQ : 3 Pieces

PFA Dual-Neck Impingement Bottle 375ml, with 1/4" tube port Specification

Color
Translucent

Application
Gas reaction

Usage
Lab use

Material
PFA

Feature
Corrosion resistant

Advantage
No adsorption

About PFA Dual-Neck Impingement Bottle 375ml, 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.

Engineered for Gas Reaction Applications

Designed specifically for laboratory gas reaction procedures, this PFA Dual-Neck Impingement Bottle offers superior performance and reliability. Its dual-neck configuration and 1/4" tube port allow for flexible integration into various experimental setups, ensuring efficient handling of gases and samples during complex reactions.

Superior Material for Enhanced Durability

Made from high-quality PFA, this impingement bottle delivers outstanding corrosion resistance and ensures no chemical adsorption. The material choice provides unmatched safety and longevity, making it an excellent investment for laboratories that work with aggressive chemicals and require contamination-free results.

FAQ's of PFA Dual-Neck Impingement Bottle 375ml, with 1/4" tube port:

Q: How is the PFA Dual-Neck Impingement Bottle used in laboratory gas reactions?

A: The bottle is designed for conducting gas reaction experiments, allowing controlled introduction or extraction of gases through its 1/4" tube port. Its dual-neck feature enables easy addition or removal of reagents and improved access during procedures.

Q: What makes the PFA Dual-Neck Impingement Bottle corrosion resistant?

A: Constructed from pure PFA (perfluoroalkoxy alkane), this bottle exhibits superior resistance to a wide range of corrosive substances commonly encountered in laboratory environments, protecting its contents and preserving sample integrity.

Q: When should researchers choose a PFA bottle over glass or other polymers?

A: Researchers should opt for a PFA impingement bottle when working with highly reactive, corrosive, or adsorption-sensitive chemicals, as PFA offers both excellent chemical inertness and non-adsorption properties that minimize sample loss and contamination.

Q: Where can this PFA Dual-Neck Impingement Bottle be sourced?

A: Manufactured and supplied in India, this product is available through specialized exporters, manufacturers, and suppliers dealing with laboratory equipment both domestically and internationally.

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

A: The 1/4" tube port easily accommodates standard gas or fluid tubing. Secure the tubing with compatible fittings to ensure a leak-proof connection, facilitating controlled gas transfer during experimental setups.

Q: Which applications benefit most from the translucent, corrosion-resistant design?

A: Laboratories requiring visual monitoring of gas interactions, particularly in corrosive environments, benefit greatly. The translucent body allows observation of reactions, while corrosion resistance means safe handling of aggressive chemicals.

Q: How does the 'no adsorption' advantage improve laboratory work?

A: No adsorption means chemicals do not stick to the bottle's surface, ensuring accurate measurements, preventing memory effects, and allowing complete recovery of valuable or sensitive samples after reaction or transfer.

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