
| Brand | INFINITY AIGNEP |
|---|---|
| Manufacturer Part Number | 9023000001 |
| Part Type | RING ALUMINUM TEE |
The Infinity Aignep 9023000001 is a versatile 20mm O.D. (Outside Diameter) equal tee push ring designed for various applications in fluid power systems. This component is manufactured by Infinity, a renowned name in the industry known for its commitment to quality and innovation.
The equal tee push ring is constructed from high-grade materials specifically engineered to withstand the rigors of high-pressure fluid applications. Its 20mm O.D. dimension ensures a secure fit and leak-free connection in systems utilizing hoses and pipes of comparable dimensions. The unequal tee design of this push ring facilitates the integration of additional lines at 45-degree angles to the mainline, allowing for increased complexity and functionality in fluid power systems.
Infinity's 9023000001 push ring features a seamless design, eliminating any welded or threaded joints that could potentially introduce leaks or have the potential for failure. The push-to-connect technology enables simple, one-handed installation and disconnection, saving both time and resources compared to conventional methods, such as threaded or hose clamp connections. It's also an excellent solution for applications where traditional connection methods may be difficult to attain due to limited access or space constraints.
The smooth, cylindrical shape of the 9023000001 push ring enhances flow efficiency and maintains even pressure distribution throughout the fluid system. Its robust design further ensures longevity and reliability while minimizing downtime associated with premature component failure.
In summary, the Infinity Aignep 9023000001 20mm O.D. equal tee push ring offers a reliable and efficient connection solution for various fluid power applications. Its high-quality construction, easy installation, and leak-free performance make it an excellent choice for industries relying on fluid power systems to meet their operational requirements.
a. Durability: The Infinity Aignep push ring is known for its durability and resistance to corrosion, making it suitable for harsh industrial applications.
b. Easy Installation: The equal tee design of the push ring simplifies installation and reduces the need for pipe cutting and welding, which saves time and labor costs.
c. Leak-free Connection: The push ring design enables a secure, leak-free connection between the pipes, enhancing the overall system performance and efficiency.
2. Cons of Buying Infinity Aignep 9023000001 20mm O.D. Equal Tee Push Ring:a. Cost: The Infinity Aignep push rings can be more expensive compared to traditional welded connections or threaded fittings. However, the long-term cost savings from reduced maintenance and downtime may offset the initial investment.
b. Limited Application: This specific push ring model is suitable only for 20mm (0.787 inches) O.D. pipes, which may limit its versatility for applications with different pipe sizes.
Conclusion:The Infinity Aignep 9023000001 20mm O.D. equal tee push ring offers several advantages, including durability, easy installation, and leak-free connections. However, its higher cost and limited application to a specific pipe size may be potential drawbacks. Therefore, it is essential to weigh these factors against the potential benefits when considering purchasing this push ring for your industrial project.
Recommendation:If you require a reliable, durable, and leak-free connection for 20mm O.D. pipes and are willing to invest in a more expensive solution, the Infinity Aignep 9023000001 push ring is an excellent choice. If you have piping systems with different pipe sizes or lower budget constraints, other alternatives, such as traditional welded connections or threaded fittings, may be more suitable.
M69 drain type 20. Info: bend radius mm-0.99 to 16, drain type 20, maximum working pressure bar-20 c 80 c, outside diameter amm20, working pressure bar-0.99 temperature-20. This is new as pictured, equal tee from Aignep Infinity, never used or damaged.