Festo NPFC-T-3G14-F 8030236
T-fitting

• Operating Medium: Compressed Air, Vacuum, Water
• Ambient Temperature: -15...120 Degrees
• Corrosion Resistant Class CRC: 1 - Low Corrosion Stress
• Pneumatic Connection: G1/4 Female Thread
• Pneumatic Connection 2: G1/4 Female Thread
• Material: Threaded Fitting: Nickel-Plated Brass
• Operating Pressure: -0.95...10bar
• Manufacturer: Festo
• Range: NPFC
• Commodity Code: 74122000
• Country of Origin: IT
• Weight: 0.0493Kg
• Pack Quantity: 1

Experience seamless pneumatic connections with the Festo - NPFC-T-3G14-F 8030236 T-Fitting. This exceptional pneumatic fitting, designed by Festo, combines reliability, durability, and efficiency to meet all your industrial needs.

With its precision engineering, the Festo - NPFC-T-3G14-F 8030236 T-Fitting ensures secure and leak-free connections, making it ideal for air hoses, pipes, and components. Its user-friendly design simplifies installation and maintenance, minimizing downtime and maximizing productivity.

Crafted with robust materials and built to withstand extreme pressures and temperature variations, this T-fitting guarantees exceptional performance in even the harshest environments. Its longevity and resilience make it an invaluable asset for various industries, including manufacturing, automotive, and aerospace.

Safety is paramount, and the Festo - NPFC-T-3G14-F 8030236 T-Fitting meets the highest industry standards. Rigorously tested for compliance and reliability, you can trust this fitting to maintain the integrity of your pneumatic system consistently.

Versatility is key, and this fitting seamlessly integrates into a wide range of pneumatic systems. Its compatibility ensures a seamless flow of compressed air, enhancing efficiency and productivity in your operations.

Step up your pneumatic connections with the Festo - NPFC-T-3G14-F 8030236 T-Fitting, a true game-changer. Its exceptional design, durability, and ease of use make it stand out from the competition. Upgrade your industrial setup and experience unmatched performance.