Lab Tested V633p-8-6 By Parker | Ball Valves | 1/2" Female Pipe Thread Top Port X 3/8" Ptf Bottom Port | 1-1/16" Hex (b) | 15/16" Hex (c) | 5.43" Length | Straight | Brass 75% Off - Today Only [F3u0Krg1]

V633P-8-6 Parker Ball Valves

Discover the ultimate precision and reliability with the V633P-8-6 Parker ball valves. This top-of-the-line ball valve is designed to meet the highest standards of performance and durability. Crafted from high-quality forged brass, this valve ensures exceptional strength and longevity, making it an ideal choice for a wide range of industrial applications. Key features include a chrome-plated brass ball, PTFE seats/seals, and fluorocarbon O-rings, all contributing to its superior performance and resistance to corrosion.

Technical Specifications

The V633P-8-6 ball valve boasts an impressive range of technical specifications. Engineered with a 600-Three Position and 633-Two Position design, it offers versatility and ease of operation. Its P-Brass material ensures maximum durability, while the 1/2" Female Pipe Thread Top Port and 3/8" PTF Bottom Port provide flexibility for various plumbing configurations. With a temperature range of 0° to +350° F and a pressure range up to 150 PSI WOG, this valve is built to withstand demanding conditions. The 5.43" length and straight design ensure optimal flow and minimal pressure drop, making it a perfect fit for any system.

Applications and Benefits

The V633P-8-6 Parker ball valve is an indispensable tool for a variety of industries. Its robust construction and reliable performance make it suitable for use in water, oil, and gas applications, as well as in chemical processing plants and industrial machinery. The steel handle provides a secure grip, allowing for easy operation even in challenging environments. By investing in this high-quality ball valve, you can enjoy numerous benefits, including reduced maintenance costs, increased efficiency, and enhanced safety. The V633P-8-6 is the perfect choice for any professional looking to elevate their operation to the next level.