Universal Vacuum Tee 3/16; 9/32; 27/64" (Bag 100) - The Main Resource

The Main Resource VT300-100 Universal Vacuum Tee provides a robust and versatile solution for managing complex vacuum line systems in professional automotive and industrial settings. This multi-size connector is engineered to provide secure and leak-free branching for 3/16", 9/32", and 27/64" vacuum hoses, making it an essential component for technicians requiring reliable system modification or repair. Provided in a convenient bag of 100, these universal vacuum tees ensure you have a ready supply for various jobs.

Key Features

• Multi-Diameter Compatibility: Designed to connect 3/16 inch, 9/32 inch, and 27/64 inch vacuum lines, offering broad applicability across different vehicle makes and industrial equipment.
• Durable Construction: Manufactured from high-quality, chemical-resistant material to withstand common automotive fluids, oils, and varying temperature conditions for long-lasting performance in a professional environment.
• Secure Connection: Precision-engineered fittings ensure a tight, leak-proof seal, crucial for maintaining optimal vacuum pressure and system integrity in critical automotive and industrial applications.
• Professional Bulk Pack: Supplied in a bag of 100 units, providing excellent value and ensuring an ample stock of vacuum hose connectors for busy workshops and continuous professional use.

Applications

The VT300-100 Universal Vacuum Tee is an indispensable component for professional mechanics and industrial technicians working on:

• Automotive Vacuum Systems: Ideal for repairing or modifying engine vacuum lines, HVAC control systems, emissions control components, and various other vacuum-actuated devices on a wide range of vehicles.
• Industrial Equipment Maintenance: Suitable for branching pneumatic lines, low-pressure fluid systems, and other small-diameter hose applications in industrial machinery and equipment requiring reliable hose connectors.
• Custom Vacuum Line Routing: Facilitates efficient and organized routing of multiple vacuum lines from a single source, simplifying complex system designs and vacuum line repair.