Yashika Solutions

Vacuum Manifolds with PTFE Stopcocks are advanced laboratory glassware assemblies used for distributing vacuum and inert gas to multiple reaction vessels simultaneously. Designed for Schlenk techniques and air-sensitive chemistry, these manifolds provide reliable pressure control and operational flexibility.

Manufactured from high-quality, chemically resistant glass, the manifolds are fitted with PTFE stopcocks that offer excellent chemical inertness, smooth operation, and long service life. Each port can be individually controlled, allowing precise regulation of vacuum or gas flow to connected apparatus.

Variant Details:

Single Bank Vacuum Manifold:
The single bank configuration consists of one linear manifold line with multiple ports. It is suitable for laboratories requiring a compact and straightforward setup where either vacuum or inert gas is supplied at a time. Single bank manifolds are available with 3, 4, or 5 ports, making them ideal for small to medium-scale parallel reactions.

Double Bank Vacuum Manifold:
The double bank configuration features two parallel manifold lines, typically used for simultaneous vacuum and inert gas distribution. This design allows rapid switching between vacuum and inert gas without reconfiguring connections, improving efficiency and safety during air-sensitive operations. Double bank manifolds are available with 3, 4, or 5 ports per bank, making them suitable for advanced and high-throughput Schlenk line setups.

These vacuum manifolds are commonly used for:

• Schlenk line and inert atmosphere chemistry
• Air- and moisture-sensitive reactions
• Simultaneous evacuation and gas purging of multiple vessels
• Organometallic and coordination chemistry
• Research and academic laboratories

Vacuum manifolds with PTFE stopcocks combine precise flow control, modular port configuration, and robust glass construction, making them essential equipment for modern synthetic and vacuum-line laboratories.

Vacuum Manifolds with PTFE Stopcocks are advanced laboratory glassware assemblies used for distributing vacuum and inert gas to multiple reaction vessels simultaneously. Designed for Schlenk techniques and air-sensitive chemistry, these manifolds provide reliable pressure control and operational flexibility.

Manufactured from high-quality, chemically resistant glass, the manifolds are fitted with PTFE stopcocks that offer excellent chemical inertness, smooth operation, and long service life. Each port can be individually controlled, allowing precise regulation of vacuum or gas flow to connected apparatus.

Variant Details:

Single Bank Vacuum Manifold:
The single bank configuration consists of one linear manifold line with multiple ports. It is suitable for laboratories requiring a compact and straightforward setup where either vacuum or inert gas is supplied at a time. Single bank manifolds are available with 3, 4, or 5 ports, making them ideal for small to medium-scale parallel reactions.

Double Bank Vacuum Manifold:
The double bank configuration features two parallel manifold lines, typically used for simultaneous vacuum and inert gas distribution. This design allows rapid switching between vacuum and inert gas without reconfiguring connections, improving efficiency and safety during air-sensitive operations. Double bank manifolds are available with 3, 4, or 5 ports per bank, making them suitable for advanced and high-throughput Schlenk line setups.

These vacuum manifolds are commonly used for:

• Schlenk line and inert atmosphere chemistry
• Air- and moisture-sensitive reactions
• Simultaneous evacuation and gas purging of multiple vessels
• Organometallic and coordination chemistry
• Research and academic laboratories

Vacuum manifolds with PTFE stopcocks combine precise flow control, modular port configuration, and robust glass construction, making them essential equipment for modern synthetic and vacuum-line laboratories.

Vacuum Manifolds with PTFE Stopcocks are advanced laboratory glassware assemblies used for distributing vacuum and inert gas to multiple reaction vessels simultaneously. Designed for Schlenk techniques and air-sensitive chemistry, these manifolds provide reliable pressure control and operational flexibility.

Manufactured from high-quality, chemically resistant glass, the manifolds are fitted with PTFE stopcocks that offer excellent chemical inertness, smooth operation, and long service life. Each port can be individually controlled, allowing precise regulation of vacuum or gas flow to connected apparatus.

Variant Details:

Single Bank Vacuum Manifold:
The single bank configuration consists of one linear manifold line with multiple ports. It is suitable for laboratories requiring a compact and straightforward setup where either vacuum or inert gas is supplied at a time. Single bank manifolds are available with 3, 4, or 5 ports, making them ideal for small to medium-scale parallel reactions.

Double Bank Vacuum Manifold:
The double bank configuration features two parallel manifold lines, typically used for simultaneous vacuum and inert gas distribution. This design allows rapid switching between vacuum and inert gas without reconfiguring connections, improving efficiency and safety during air-sensitive operations. Double bank manifolds are available with 3, 4, or 5 ports per bank, making them suitable for advanced and high-throughput Schlenk line setups.

These vacuum manifolds are commonly used for:

• Schlenk line and inert atmosphere chemistry
• Air- and moisture-sensitive reactions
• Simultaneous evacuation and gas purging of multiple vessels
• Organometallic and coordination chemistry
• Research and academic laboratories

Vacuum manifolds with PTFE stopcocks combine precise flow control, modular port configuration, and robust glass construction, making them essential equipment for modern synthetic and vacuum-line laboratories.

Vacuum Manifolds with PTFE Stopcocks are advanced laboratory glassware assemblies used for distributing vacuum and inert gas to multiple reaction vessels simultaneously. Designed for Schlenk techniques and air-sensitive chemistry, these manifolds provide reliable pressure control and operational flexibility.

Manufactured from high-quality, chemically resistant glass, the manifolds are fitted with PTFE stopcocks that offer excellent chemical inertness, smooth operation, and long service life. Each port can be individually controlled, allowing precise regulation of vacuum or gas flow to connected apparatus.

Variant Details:

Single Bank Vacuum Manifold:
The single bank configuration consists of one linear manifold line with multiple ports. It is suitable for laboratories requiring a compact and straightforward setup where either vacuum or inert gas is supplied at a time. Single bank manifolds are available with 3, 4, or 5 ports, making them ideal for small to medium-scale parallel reactions.

Double Bank Vacuum Manifold:
The double bank configuration features two parallel manifold lines, typically used for simultaneous vacuum and inert gas distribution. This design allows rapid switching between vacuum and inert gas without reconfiguring connections, improving efficiency and safety during air-sensitive operations. Double bank manifolds are available with 3, 4, or 5 ports per bank, making them suitable for advanced and high-throughput Schlenk line setups.

These vacuum manifolds are commonly used for:

• Schlenk line and inert atmosphere chemistry
• Air- and moisture-sensitive reactions
• Simultaneous evacuation and gas purging of multiple vessels
• Organometallic and coordination chemistry
• Research and academic laboratories

Vacuum manifolds with PTFE stopcocks combine precise flow control, modular port configuration, and robust glass construction, making them essential equipment for modern synthetic and vacuum-line laboratories.

Vacuum Manifolds with PTFE Stopcocks are advanced laboratory glassware assemblies used for distributing vacuum and inert gas to multiple reaction vessels simultaneously. Designed for Schlenk techniques and air-sensitive chemistry, these manifolds provide reliable pressure control and operational flexibility.

Manufactured from high-quality, chemically resistant glass, the manifolds are fitted with PTFE stopcocks that offer excellent chemical inertness, smooth operation, and long service life. Each port can be individually controlled, allowing precise regulation of vacuum or gas flow to connected apparatus.

Variant Details:

Single Bank Vacuum Manifold:
The single bank configuration consists of one linear manifold line with multiple ports. It is suitable for laboratories requiring a compact and straightforward setup where either vacuum or inert gas is supplied at a time. Single bank manifolds are available with 3, 4, or 5 ports, making them ideal for small to medium-scale parallel reactions.

Double Bank Vacuum Manifold:
The double bank configuration features two parallel manifold lines, typically used for simultaneous vacuum and inert gas distribution. This design allows rapid switching between vacuum and inert gas without reconfiguring connections, improving efficiency and safety during air-sensitive operations. Double bank manifolds are available with 3, 4, or 5 ports per bank, making them suitable for advanced and high-throughput Schlenk line setups.

These vacuum manifolds are commonly used for:

• Schlenk line and inert atmosphere chemistry
• Air- and moisture-sensitive reactions
• Simultaneous evacuation and gas purging of multiple vessels
• Organometallic and coordination chemistry
• Research and academic laboratories

Vacuum manifolds with PTFE stopcocks combine precise flow control, modular port configuration, and robust glass construction, making them essential equipment for modern synthetic and vacuum-line laboratories.

Vacuum Manifolds with PTFE Stopcocks are advanced laboratory glassware assemblies used for distributing vacuum and inert gas to multiple reaction vessels simultaneously. Designed for Schlenk techniques and air-sensitive chemistry, these manifolds provide reliable pressure control and operational flexibility.

Manufactured from high-quality, chemically resistant glass, the manifolds are fitted with PTFE stopcocks that offer excellent chemical inertness, smooth operation, and long service life. Each port can be individually controlled, allowing precise regulation of vacuum or gas flow to connected apparatus.

Variant Details:

Single Bank Vacuum Manifold:
The single bank configuration consists of one linear manifold line with multiple ports. It is suitable for laboratories requiring a compact and straightforward setup where either vacuum or inert gas is supplied at a time. Single bank manifolds are available with 3, 4, or 5 ports, making them ideal for small to medium-scale parallel reactions.

Double Bank Vacuum Manifold:
The double bank configuration features two parallel manifold lines, typically used for simultaneous vacuum and inert gas distribution. This design allows rapid switching between vacuum and inert gas without reconfiguring connections, improving efficiency and safety during air-sensitive operations. Double bank manifolds are available with 3, 4, or 5 ports per bank, making them suitable for advanced and high-throughput Schlenk line setups.

These vacuum manifolds are commonly used for:

• Schlenk line and inert atmosphere chemistry
• Air- and moisture-sensitive reactions
• Simultaneous evacuation and gas purging of multiple vessels
• Organometallic and coordination chemistry
• Research and academic laboratories

Vacuum manifolds with PTFE stopcocks combine precise flow control, modular port configuration, and robust glass construction, making them essential equipment for modern synthetic and vacuum-line laboratories.