Hi Flow Air Coupler and Nipple - Titan

Part #: 19460

Key Features

  • High-Flow Design: The Titan Tools 19460 Hi Flow Air Coupler and Nipple are engineered to provide maximum air delivery, ensuring optimal performance for air tools by allowing a higher volume of airflow compared to standard couplers and fittings.
  • Precision Manufacturing: Manufactured by Titan Tools, a trusted name known for durability and precision in industrial and automotive tools. The 19460 model exemplifies their commitment to high-quality engineering and long-lasting components.
  • Durable Construction: Likely made from premium-grade materials such as stainless steel or brass to provide resistance to wear, corrosion, and pressure, as is common for products in this category.
  • Universal Compatibility: Designed to fit standard air compressors and air hoses, making it suitable for both professional and DIY users.
  • Quick-Connect Functionality: The coupler allows seamless connection and disconnection of air tools, minimizing downtime and improving efficiency during operation.

Applications

  • Automotive Workshops: Ideal for professional mechanics and technicians who rely on pneumatic tools such as impact wrenches, hammers, and ratchets for automotive repairs and maintenance.
  • Construction and Carpentry: Commonly used on job sites for powering nail guns, air-powered drills, and other pneumatic tools.
  • Industrial Settings: Well-suited for factories and manufacturing facilities requiring reliable and high-airflow connections in heavy machinery or assembly lines.
  • DIY Home Projects: A practical choice for homeowners working with air compressors for projects such as inflating tires, cleaning with compressed air, or running hobby air tools.
  • Compatibility: Designed to work with most standard air compressors and tool fittings, ensuring versatility across a variety of tools and equipment.

Benefits

  • Increased Performance: The high-flow design ensures that air-powered tools operate at their best efficiency, improving productivity and precision.
  • Reliability of Titan Tools: Backed by Titan Tools’ reputation for creating high-quality, dependable tools and accessories, this product offers peace of mind in demanding environments.
  • Ease of Use: The quick-connect feature enables fast and secure connections, making setups and tool changes effortless.
  • Durability and Longevity: Built with robust materials that withstand wear, tear, and frequent usage, ensuring a long service life even in harsh working conditions.
  • Customer Support and Warranty: Titan Tools is known for providing excellent customer service and support, along with warranties that reflect their confidence in the durability of their products.

The Titan Tools 19460 Hi Flow Air Coupler and Nipple deliver a practical and dependable solution for high-demand pneumatic tool applications. With its durable construction, high-airflow design, and trusted brand backing, this coupler is a reliable choice for professionals and enthusiasts alike.

Other Products You Might Search For

(image for) Lincoln Industrial
(image for) Air Coupler Nipple - 1/4 In NPT(m)
$10.23
Automatically suggested from the same category. Not a guaranteed match.
(image for) Lincoln Industrial
(image for) Lincoln 11661 Air Coupler Nipple 1/4" FNPT Heavy-Duty
$9.09
Automatically suggested from the same category. Not a guaranteed match.
(image for) Titan
(image for) I/M STEEL MALE COUPLER
$17.88
Automatically suggested from the same category. Not a guaranteed match.
(image for) Titan
(image for) 19pc. AIR TOOL KIT
$131.33
Automatically suggested from the same category. Not a guaranteed match.
(image for) Titan
(image for) CONNECTOR KIT I/M 1/4" NPT STE
$7.90
Automatically suggested from the same category. Not a guaranteed match.
  • (image for) Titan
    Other products
    Titan Homepage
  • Model: 229096
  • Shipping Weight: 1lbs
  • UPC: 802090194603
  • Manufacturers Part #: 19460
  • Manufactured by: Titan
  • Also Known As: VP19460, TIT19460, TL19460

This product was added to our catalog on Monday 11 April, 2016.