When selecting the ideal PEX-A plumbing system, professionals often compare Apollo PEX-A and SharkBite PEX-A. Both brands offer high-quality cross-linked polyethylene (PEX) solutions, but they differ in several aspects. This article delves into their material composition, installation methods, compatibility, and durability to assist you in making an informed decision.
Material Composition
Both Apollo and SharkBite manufacture PEX-A tubing using the Engel method, which involves cross-linking polyethylene with peroxide. This process results in highly flexible and durable pipes suitable for various plumbing applications. SharkBite’s PEX-A is known for its flexibility and minimal coil memory, making it ideal for expansion fittings.
Also Read : Top Tips for Choosing the Perfect All-in-One Home Gym Equipment
Installation Methods
Apollo PEX-A supports multiple installation techniques, including crimp, clamp, and expansion methods. Its inherent shape memory allows the pipe to shrink back to its original size after expansion, creating a secure and reliable connection.
SharkBite PEX-A is compatible with various fitting systems, such as push-to-connect, crimp, clamp, and expansion fittings. Its flexibility and minimal coil memory facilitate easy installation, especially in tight spaces.
Also Read : The Benefits of Non-Toxic Baby Bottles: A Safer Choice for Your Child
Compatibility
Both Apollo and SharkBite PEX-A pipes adhere to ASTM standards, ensuring compatibility with standard PEX fittings and systems. However, it’s essential to use fittings and tools recommended by each manufacturer to maintain system integrity and warranty coverage. For instance, SharkBite offers a range of fittings specifically designed for their PEX-A pipes.
Durability and Performance
Apollo PEX-A is designed to withstand high temperatures and pressures, with ratings of 160 psi at 73°F and 100 psi at 180°F. Its cross-linked structure provides resistance to corrosion and chemical damage, ensuring long-term reliability.
SharkBite PEX-A also offers robust performance, with a pressure rating of 160 psi at 73°F and 100 psi at 180°F. Its flexibility reduces the need for fittings, minimizing potential leak points and enhancing system durability.
Cost Considerations
While both brands provide high-quality PEX-A solutions, cost differences may influence your choice. Apollo PEX-A is generally more expensive due to its manufacturing process and material composition. SharkBite PEX-A offers a more budget-friendly option without compromising on quality, making it a popular choice for many professionals.
Conclusion
Choosing between Apollo PEX-A and SharkBite PEX-A depends on your specific project requirements, budget, and installation preferences. Both systems offer reliable and durable plumbing solutions, with differences in flexibility, installation methods, and cost. Assessing these factors will help you select the most suitable PEX-A system for your needs.
FAQ
1. Can I use SharkBite fittings with Apollo PEX-A pipes?
Yes, SharkBite fittings are compatible with PEX-A pipes, including those from Apollo. However, it’s advisable to consult the manufacturer’s guidelines to ensure compatibility and maintain warranty coverage.
2. What are the main advantages of using PEX-A over other PEX types?
PEX-A offers superior flexibility, minimal coil memory, and the ability to repair kinks with heat, making it ideal for complex installations and reducing the need for fittings.
3. Are Apollo and SharkBite PEX-A pipes suitable for both hot and cold water applications?
Yes, both Apollo and SharkBite PEX-A pipes are designed for hot and cold potable water distribution systems, with temperature ratings up to 200°F.
4. How do I choose the right installation method for PEX-A pipes?
The choice of installation method depends on your specific project requirements, available tools, and personal preference. Expansion fittings are commonly used with PEX-A due to the pipe’s flexibility and shape memory.
5. Do PEX-A pipes require insulation?
While PEX-A pipes have some resistance to freezing, it’s recommended to insulate them in areas exposed to extreme temperatures to prevent potential damage and maintain energy efficiency.
