3814411C92
HOSE, AIR TEFLON, TEFLON 112.0 INCH /SIZE 12
Navistar International®

The air teflon hose measuring 112 inches is designed for high-performance applications, offering exceptional resistance to heat and chemicals. Its lightweight construction ensures easy handling while maintaining durability under pressure. The hose features a smooth inner surface that minimizes friction, allowing for efficient airflow and reducing energy loss. This product is ideal for use in various pneumatic systems, ensuring reliable performance in demanding environments. The flexibility of the hose allows for easy installation in tight spaces, making it a versatile choice for both industrial and commercial applications.

With a legacy of over a century in the automotive industry, Navistar International Corporation is renowned for its commitment to quality and innovation. The air teflon hose measuring 112 inches is designed for high-performance applications, offering exceptional resistance to heat and chemicals. By utilizing lightweight yet durable materials, Navistar ensures that this hose can withstand the demands of various pneumatic systems. This part exemplifies the company's expertise in creating solutions that enhance efficiency and reliability, reinforcing their reputation as a trusted provider of high-performance components for commercial vehicles.

For those seeking high-performance hoses for pneumatic applications, Source One Parts Center is the best place to purchase quality air teflon hoses. Their lightweight construction and exceptional resistance to heat and chemicals make them ideal for demanding environments. Source One's knowledgeable staff is dedicated to helping you find the right part for your specific application, ensuring that you make an informed decision. With competitive pricing and a commitment to customer satisfaction, you can trust that your investment will enhance the overall efficiency and reliability of your pneumatic systems. By choosing Source One, you are investing in components that contribute to optimal performance and functionality.