Product Description
MAYALAB Laboratory Gas Sampling Glass Tube is a precision laboratory glassware designed for the collection, sampling, transfer and temporary storage of laboratory gases and gas samples. Manufactured from high-quality Borosilicate Glass, the tube offers good chemical resistance, thermal stability and durability for routine laboratory applications.
The gas sampling tube is available in a 200400 mL capacity range and is provided with two-side threaded PTFE stoppers for secure closure. It can also be supplied with two-side pipe jointers/connectors for convenient connection with laboratory tubing and gas sampling systems.
The borosilicate glass construction provides excellent visibility of the sample inside the tube and makes it suitable for educational laboratories, research laboratories, chemical laboratories, industrial testing laboratories and gas sampling applications.
MAYALAB Laboratory Gas Sampling Glass Tube can be supplied in different configurations, capacities and connection requirements as per buyer specifications. Suitable for bulk orders, institutional supply and export requirements.
Key Features:
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High-quality Borosilicate Glass construction
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Capacity available: 200 mL to 400 mL
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Two-side threaded PTFE stoppers
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Two-side pipe jointers/connectors
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Good chemical resistance
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Excellent sample visibility
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Suitable for gas collection and sampling
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Reusable laboratory glassware
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Available for bulk supply and customized requirements
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Manufacturer & Supplier: MAYALAB Instrument, India
Applications:
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Laboratory Gas Sampling
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Gas Collection
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Chemical Laboratory Testing
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Research & Development Laboratories
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Industrial Gas Sampling
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Educational Laboratories
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Gas Analysis & Testing Systems
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Laboratory Gas Transfer Applications
Superior Temperature and Corrosion ResistanceMade from high-grade borosilicate glass, this gas sampling tube withstands harsh laboratory and industrial conditions. The glass is engineered for durability, ensuring stability in high-temperature environments and resistance to corrosive gases or chemicals. This makes it a dependable choice for sensitive sample analysis.
Efficient and Secure Sample HandlingFeaturing two-side threaded PTFE stoppers, the tube offers excellent sealing to prevent leakage or contamination during sampling and transport. Its 400 mL capacity and round design facilitate easy filling, handling, and cleaning, streamlining your workflow for gas collection applications.
FAQ's of Borosilicate Glass Gas Sampling Tube,Gas Sampling Tube:
Q: How is the Borosilicate Glass Gas Sampling Tube used in laboratory settings?
A: This tube is commonly used to collect, contain, and transport gas samples for analysis in laboratory or industrial environments. Its design ensures sample integrity during both manual collection and subsequent analysis.
Q: What are the main benefits of using borosilicate glass for gas sampling tubes?
A: Borosilicate glass provides high resistance to thermal shock, maintains chemical stability, and ensures transparency for easy observation. This makes it ideal for safely handling volatile or reactive gases at elevated temperatures.
Q: When should I choose a tube with PTFE stoppers for gas collection?
A: PTFE stoppers are recommended when airtight sealing is essential to prevent contamination or loss of gas samples. Their chemical resistance also ensures compatibility with a wide range of gases.
Q: Where can this gas sampling tube be used?
A: The tube is suitable for laboratories, research centers, and industrial facilities that require precise gas sampling and collection for testing or analysis, especially in India.
Q: What is the recommended process for cleaning and maintaining the gas sampling tube?
A: Cleaning involves washing the tube and stoppers with appropriate laboratory solvents and detergents, followed by thorough rinsing and drying before reuse. Regular maintenance helps to preserve accuracy and sample integrity.
Q: How does the manual control type benefit the gas sampling process?
A: Manual control allows users to manage sampling flow and duration, offering flexibility during sample collection and reducing the risk of overfilling or accidental spillage.