Moisture Trap - Oxy Trap

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MOQ : 1 Unit

Moisture Trap - Oxy Trap Specification

Accuracy
High trapping efficiency

Shape
Cylindrical

Control Type
Manual (PTFE Stopcock)

Glass Type
Borosilicate Glass

Temperature Resistance
Up to 250C

Features
High chemical resistance, Reusable, Transparent for visibility, Leak-proof

Type
Moisture Trap

Dimension (L*W*H)
130 mm x 38 mm x 38 mm (Approx)

Equipment Type
Laboratory Moisture/Oxy Trap

Equipment Materials
Borosilicate Glass Body, PTFE Stopcock

Material
Borosilicate Glass

Application
Used to remove moisture from gas streams in laboratory applications

Reusable
Yes

Suitable For
Moisture and Oxygen removal

Usage
Laboratory Gas Purification Lines

Closure Type
Screw Cap/Glass Joint

Connection Type
GL Threaded/Standard Hose Connection

Max Working Pressure
Atmospheric

Color
Clear/Transparent

Stopcock Material
PTFE (Polytetrafluoroethylene)

Moisture Trap - Oxy Trap Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
500 Units Per Month

Delivery Time
7 Days

About Moisture Trap - Oxy Trap

Experience an exclusive offering designed for elite laboratory settings with our Limited Time Moisture Trap - Oxy Trap. Crafted from impeccable Borosilicate Glass and equipped with a valorous PTFE stopcock, this moisture trap ensures remarkable performance in removing both moisture and oxygen from gas purification lines. Its clear, transparent body guarantees visibility and high trapping efficiency, withstanding temperatures up to 250C. Reusable, leak-proof, and featuring high chemical resistance, this equipment caters to the discerning requirements of modern labs. Choose reliability-choose the Oxy Trap, available from a leading manufacturer, service provider, and supplier in India.

Impeccable Materials and Versatile Application

The Moisture Trap - Oxy Trap is constructed from high-grade Borosilicate Glass paired with a PTFE stopcock, offering exceptional chemical resistance and transparency for easy monitoring. Its elite build is tailored for the removal of moisture and oxygen from gas streams in laboratory purification lines. Not only is it reusable and leak-proof, but it also delivers remarkable efficiency and resilience, serving applications that demand precision, clarity, and safety across various laboratory environments.

Prompt Delivery and Reliable Domestic Supply

Your exclusive Moisture Trap - Oxy Trap order benefits from streamlined shipment and swift order processing, ensuring timely arrival at your facility. With robust supply ability and a focus on main domestic markets across India, your procurement experience is as impeccable as the product itself. Each shipment is handled with care, guaranteeing that the equipment reaches you safely and efficiently, minimizing any delay in your laboratory operations.

FAQ's of Moisture Trap - Oxy Trap:

Q: How does the Moisture Trap - Oxy Trap function in laboratory settings?

A: The Moisture Trap - Oxy Trap uses a borosilicate glass body and a PTFE stopcock to efficiently remove moisture and oxygen impurities from gas streams, ensuring purity during laboratory processes.

Q: What makes the Oxy Trap suitable for repeated laboratory use?

A: Its high chemical resistance, robust borosilicate glass construction, and reliable PTFE stopcock make it durable and reusable, allowing for consistent performance across numerous applications.

Q: Where can the Moisture Trap - Oxy Trap be primarily used?

A: It is ideal for use in laboratory gas purification lines, particularly where removal of moisture and oxygen is critical to experiment or process outcomes.

Q: What is the process for installing and operating the Oxy Trap?

A: Installation is straightforward with the GL threaded or standard hose connection, and the manual PTFE stopcock allows precise control over gas flow and trapping efficiency.

Q: When can I expect delivery after placing an order?

A: Delivery times are minimized through prompt order processing and reliable shipment within India, aiming for swift arrival so you can quickly integrate the equipment into your workflow.

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