Greenfield Farmers Cooperative Exchange
Greenfield Farmers Cooperative Exchange
  • home
  • Plumbing
  • Valves
  • V200fp 2 In. Polypropylene Full Port Ball Valve, Female Npt, 100 Psi
  • Plumbing /
  • Valves /
  • V200fp 2 In. Polypropylene Full Port Ball Valve, Female Npt, 100 Psi
V200fp 2 In. Polypropylene Full Port Ball Valve, Female Npt, 100 Psi

V200fp 2 In. Polypropylene Full Port Ball Valve, Female Npt, 100 Psi

SKU #0037994

UPC #023537802206

Regular Price
$42.99
5 In Stock, Available at
Greenfield Farmers Cooperative Exchange , 269 High St , Greenfield , MA
Subject to availability and seasonality from suppliers. If we cannot get it, you will be notified and refunded.
Will you be going in-store to purchase this product?

Description

Overview:
This Green Leaf V200FP Ball Valve is designed for reliable shut-off in fluid flow applications. With a robust polypropylene body and a full port design, this valve ensures minimal pressure drop and maximum flow efficiency. The manual actuator allows for easy operation with a simple 1/4 turn, making it an ideal choice for various agricultural and plumbing needs.

Key Features:
- Size: 2 inches with Female National Pipe Thread (NPT) connection
- Maximum pressure rating: 100 psi
- Constructed from high-quality polypropylene for durability and resistance to corrosion
- Precision molded in the USA for consistent quality
- Self-aligning ball design for smooth operation against Teflon seats
- Diamond turned ball for perfect sphericity, ensuring precise contact with seats
- Lightweight design at only 3.09 pounds for easy handling
- Ideal for use in agricultural sprayers, irrigation systems, and other fluid control applications

Use Cases:
This ball valve is perfect for farmers and ranchers looking to manage fluid flow in their irrigation systems or equipment. Its reliable shut-off capabilities make it suitable for various applications, including water supply lines and chemical transfer systems. The ease of operation and durable construction ensure that it will perform effectively in demanding environments.