Stainless-Steel Threaded Branch Saddles | High-Pressure HDPE Fittings

Enhance your water distribution system with our premium Stainless-Steel Threaded Branch Saddles, crafted specifically for use with IPS SDR 11 to SDR 17 HDPE pipes. Built to excel in high-stress and high-pressure environments, these fittings offer an unmatched combination of strength, reliability, and ease of installation, making them an essential choice for industrial, municipal, and commercial applications.

Engineered for robust performance, these branch saddles are designed to operate at a maximum pressure of 200 PSI (ASTM standard) and 232 PSI (ISO standard) at 73°F, making them ideal for demanding applications that require consistent and dependable pressure management. With rigorous adherence to ASTM F1055 manufacturing standards, these fittings are crafted to withstand environmental stress, resist chemical degradation, and provide long-lasting, leak-free connections for HDPE pipe systems in even the toughest conditions. Additionally, these fittings are certified to NSF/ANSI 61 standards, ensuring they’re safe for potable water systems, and meet the requirements of AWWA C901/902 for use in water utilities, offering peace of mind and compliance in sensitive applications.

Our Stainless-Steel Threaded Branch Saddles are compatible with IPS SDR 11 to SDR 17 HDPE pipes, enabling seamless integration into both new installations and retrofit projects. With their versatile design and straightforward installation process, these fittings save time and reduce labor costs by eliminating the need for complex tools or additional materials, allowing for a secure, long-lasting connection with minimal downtime.

Key Features:

• Superior High-Pressure Performance: Rated to withstand up to 200 PSI (ASTM standard) and 232 PSI (ISO standard) at 73°F, these fittings are built to handle the high demands of pressurized systems, ensuring dependable performance in both standard and rigorous conditions.
• Extensive Compatibility: Specifically designed for use with IPS SDR 11 to SDR 17 HDPE pipes, these branch saddles provide the flexibility needed for a wide range of applications, from new constructions to complex retrofitting projects.
• Unmatched Durability: Manufactured in strict accordance with ASTM F1055 standards, our fittings offer excellent resistance to environmental stress cracking and chemical exposure, ensuring that your system maintains peak performance and integrity over time.
• Industry Standards Compliance: Certified to NSF/ANSI 61 for potable water use and compliant with AWWA C901/902 standards, these fittings are an ideal solution for water utility applications and other sensitive environments, guaranteeing safety and regulatory compliance.
• Temperature and Pressure Resilience: Capable of handling maximum pressures of 232 PSI at 73°F, these branch saddles are reliable in fluctuating temperature and pressure conditions, offering the stability and durability needed for critical installations.
• Effortless Installation: The design of these fittings promotes quick and efficient assembly with IPS pipes, without the need for specialized tools or additional materials. This easy installation process reduces downtime and labor expenses, ensuring that your system is up and running as quickly as possible.

These Stainless-Steel Threaded Branch Saddles are designed with the needs of professionals in mind, delivering high-performance capabilities while prioritizing safety, compliance, and ease of use. Perfect for high-pressure environments and sensitive applications, they offer a dependable solution that aligns with rigorous industry standards and environmental requirements.

Whether you're installing a new water distribution system or enhancing an existing one, our fittings provide a robust, reliable connection designed to withstand the stresses of real-world applications. From industrial-grade installations to municipal water systems, these branch saddles offer peace of mind, knowing that your infrastructure is equipped with fittings engineered for lasting performance and reliability.