Antelco Double Barb DB Fitting™ Tee 19mm

The Double Barb "DB" Fitting™ Tee 19mm is an expertly designed solution for creating secure, long-lasting connections in low-pressure poly (LDPE) tubing. This fitting is part of the "DB" range, known for its superior quality and retention capabilities. Its innovative double barb design ensures a strong grip, minimizing the risk of leaks and providing reliable performance over time. The barbs form a tight, leak-proof seal with the tubing, which is crucial for maintaining the integrity of irrigation systems in various agricultural settings.

One of the standout features of the Double Barb "DB" Fitting™ Tee 19 mm is its construction from engineering-grade UV-stabilized Acetal plastic. This material offers exceptional durability, being resistant to heat, chemicals, and wear. Such properties make the fitting ideal for use in harsh outdoor environments where exposure to the elements and various chemicals is common. The robustness of the material ensures that the fitting will have a long service life, reducing the need for frequent replacements and maintenance.

Designed to operate efficiently within a pressure range of up to 300 kPa, the Double Barb "DB" Fitting™ Tee 19 mm provides ample flexibility for different irrigation requirements. The space between the double barbs not only enhances the retention strength but also allows for additional security when clamping is necessary. However, when used with high-quality LDPE tubing that matches the fitting's specifications, clamps may not be required, simplifying the installation process and ensuring a streamlined setup.

This fitting is particularly suited for vineyard and other agricultural applications, including trellis and suspended irrigation systems. Its reliability and ease of installation make it a preferred choice for farmers and irrigation professionals looking to maintain efficient water delivery systems. The Double Barb "DB" Fitting™ Tee 19 mm stands out as a dependable component that supports the long-term performance and stability of agricultural irrigation systems.