Anderson Metals 3/8 In. Forged Flare Brass Tee
UPC #719852938750
Anderson Metals 3/8 In. Forged Flare Brass Tee
UPC #719852938750
In-store Pickup
. Ready for Pickup SoonDescription
Introducing the 3/8 inch brass flare tee, a lead-free compliant fitting now available at Ivey's Building Materials Mansfield in Mansfield, LA. This high-quality flare tee is designed to meet stringent safety and environmental standards, including Public Law 111-380, California AB-1953, and Vermont SB-152. Ideal for a variety of applications, this fitting offers reliable performance and versatility for customers in Mansfield seeking durable plumbing and fuel equipment components.
- Lead-free compliance: Meets Public Law 111-380, California AB-1953, and Vermont SB-152, ensuring safe use in potable water and other sensitive systems.
- Two-piece construction: Features a nut and body design that allows for easy assembly and disassembly without compromising the seal.
- Wide compatibility: Suitable for use with copper, brass, aluminum, or steel tubing, providing flexibility for various projects.
- Temperature range: Operates effectively between negative 65 degrees to plus 250 degrees Fahrenheit, accommodating diverse environmental conditions.
- Mechanical strength: Resists mechanical pullout, ensuring a secure and durable connection.
- Fitting options: Standard fittings use short nuts, with long nuts available for applications involving higher vibrations.
- Easy assembly: Designed for straightforward installation and multiple reassemblies without affecting the seal integrity.
- Primary uses: Ideal for fuel equipment, plumbing, gases, refrigeration, and vacuum lines.
In summary, the 3/8 inch brass flare tee is an essential component for anyone in Mansfield, LA looking for a reliable, lead-free compliant fitting. Available at Ivey's Building Materials Mansfield, this flare tee combines safety, durability, and ease of use to meet the demands of fuel, plumbing, and refrigeration applications. Enhance your projects with this trusted fitting designed to perform under a wide range of conditions.