IPEX 435803 Pipe Tee, 1-1/2 x 1-1/4 in, Socket, PVC, White, SCH 40 Schedule, 150 psi Pressure

IPEX vinyl process piping systems a complete line of pipe, fittings, flanges, strainers and valves to meet all your process system requirements. IPEX developed the Xirtec®140 (PVC) and Corzan® (CPVC) systems to meet industry demands for a complete pipe, Valves and Fittings (PVF) package that is designed, produced and backed by a single manufacturer. These systems are engineered and manufactured to IPEX's strict quality, performance and dimensional standards and therefore eliminate the problems inherent in purchasing and installing piping system components manufactured by several different companies.

Made of pvc with a white finish, in 1-1/2 x 1-1/4 in, with connection type Socket, operating temperature 73 deg F, pressure rating 150 psi.

Application

For plant chemical distribution lines, steel wire plants, water and wastewater treatment

• A reducing tee is used to connect different diameters of pipe to each other at a 90 deg angle, threaded hubs solvent weld to pipe
• IPEX high-performance vinyl systems are designed to meet the temperature, pressure and size requirements of piping systems used in chemical processes and other industrial applications
• They feature outstanding resistance to photo degradation, creep stress and immunity to oxidation and are exceptionally suited for use with a wide range of acids, alcohols, salts and halogens
• The ideal extended service, low maintenance alternative to common and exotic metal systems
• Lower installation costs, easy handling
• Extended life, provides years of maintenance-free service
• Great underground performance, immune to damage from naturally corrosive soil conditions as well as electrochemical and galvanic corrosion
• Exceptional chemical resistance, provides outstanding resistance to a wide range of chemicals such as most acids, alcohols, alkalis, salt solutions, halogens and more
• Improved flow, have a substantially lower roughness factor than metal and other materials and since they do not rust, pit, scale or corrode, the interior walls remain smooth in virtually any service
• Lower thermal conductivity