Glass Stopcock Valve

Glass Stopcock Valve Specification

Accuracy
Precise Flow Regulation

Shape
Straight Valve with Rotary Handle

Speed Range
Manual Control

Power Supply
Manual, No Electrical Power Required

Control Type
Manual Rotary Stopcock

Features
Leak Proof; Chemical Resistant; Easy to Clean; Interchangeable Stopcock

Glass Type
Borosilicate Glass 3.3

Temperature Resistance
Up to 350C

Type
Glass Stopcock Valve

Dimension (L*W*H)
Standard Laboratory Sizes (Custom Sizes Available)

Equipment Type
Laboratory Glassware Control Valve

Equipment Materials
Borosilicate Glass with PTFE Stopcock

Power
Not Required (Manual Operation)

Material
High Quality Borosilicate Glass, PTFE

Application
Chemical, Pharmaceutical, and Scientific Laboratories

Packaging
Individual Carton Box

Pressure Rating
Suitable for Vacuum & Low Pressure Applications

Chemicals Compatibility
Highly Resistant to Acids, Alkalis, Solvents

Handle Type
Rotatable Knob

Mounting
Inline or Panel Mounting

Color
Clear with White PTFE

Connection Type
Ground Glass Joints

Stopcock Material
PTFE (Polytetrafluoroethylene)

Flow Direction
Unidirectional or Bidirectional (Depending on Model)

Glass Stopcock Valve Trade Information

Minimum Order Quantity
50 Pieces

Supply Ability
1000 Pieces Per Day

Delivery Time
2-5 Days

About Glass Stopcock Valve

A glass stopcock valve is a precise instrument used in laboratory settings to control or stop the flow of gases and liquids. These tapered, cylindrical valves, which usually include a revolving handle or stopper, are made of sturdy materials like borosilicate glass. Its ability to withstand chemical corrosion is its main strength, guaranteeing dependable operation in challenging conditions. Glass stopcocks come in a variety of sizes, shapes, and finishes, and for increased durability, they frequently have PTFE seals. They are essential for improving fluid handling safety, precision, and control in the chemical, pharmaceutical, and research sectors. Modern manufacturing uses precision engineering and sophisticated moulding.

Exceptional Chemical Resistance for Safety

Manufactured using borosilicate glass 3.3 and PTFE, the Glass Stopcock Valve guarantees outstanding resistance to corrosive acids, alkalis, and solvents. This robust composition makes it a reliable choice for handling aggressive and volatile chemicals safely in laboratories. Its resilience extends service life and minimizes risk of valve degradation during demanding operations.

Precise Flow Control and User-Friendly Operation

Equipped with a manual rotary stopcock and rotatable knob, this valve allows scientists to regulate flow with high accuracy. Its design supports straightforward operation, giving users the ability to achieve desired fluid transfer rates for their specific processes. The valve's clear, easy-to-read construction further enhances usability and monitoring.

Versatile Mounting Options and Application Scope

Designed for flexibility, the Glass Stopcock Valve supports both inline and panel mounting, making it adaptable to a variety of laboratory setups. Its standard and customizable sizes serve chemical, pharmaceutical, and scientific laboratories, supporting experimental, analytical, and production needs with equal ease.

FAQ's of Glass Stopcock Valve:

Q: How should the Glass Stopcock Valve be installed in laboratory setups?

A: The valve can be mounted either inline or on a panel, using ground glass joints for secure connections. Ensure compatibility with adjacent glassware and select unidirectional or bidirectional models based on the required flow direction.

Q: What benefits does the PTFE stopcock provide compared to conventional materials?

A: PTFE is highly resistant to acids, alkalis, and solvents, ensuring longevity and minimal maintenance. It delivers a leak-proof, chemically inert seal, ideal for handling a broad range of laboratory chemicals safely.

Q: When should I choose a unidirectional versus a bidirectional Glass Stopcock Valve?

A: Select a unidirectional valve for processes with a clear flow direction, commonly found in filtration or separation tasks. Bidirectional models are suitable where reversible flow may be required, offering greater procedural flexibility.

Q: Where is this stopcock valve typically used?

A: This valve is widely used in chemical, pharmaceutical, and scientific laboratories for controlling and isolating fluid transfer in glassware assemblies, such as distillation units, reactors, and burettes.

Q: What is the cleaning process for the Glass Stopcock Valve?

A: Disassemble the valve if possible, rinse all components with appropriate laboratory cleaning solutions, and ensure that all residues are removed. Both borosilicate glass and PTFE allow for easy cleaning and reassembly.

Q: What are the key advantages of using this Glass Stopcock Valve in laboratory environments?

A: Key advantages include precise manual flow regulation, high temperature resistance (up to 350C), exceptional chemical resistance, easy maintenance, and adaptability to various laboratory configurations.