Dosatron INJECTION STEM ASSY (HTAF) FOR D14TMZ3000 HIGH TEMP

High-Performance Dosing for Caustic Environments The Dosatron Injection Stem Assy (HTAF) is the definitive solution for growers and industrial operators utilizing the D14TMZ3000 high-temperature unit in demanding conditions. This assembly is specifically engineered to handle caustic chemicals and solutions with a pH of 7.0 or higher, providing a level of durability that standard components cannot match. By utilizing specialized Aflas (AF) seals, the unit resists swelling and degradation often caused by heavy-duty industrial cleaners and organic oils. This ensures your high-temperature injector maintains its calibration and structural integrity even when operating in water temperatures reaching up to 158°F (70°C). Precision Engineering for High-Temperature Hydroponics Maintaining an accurate nutrient or chemical ratio is critical in high-performance systems, and this injection stem assembly supports an ultra-low dosing scale of 0.03% to 0.3%. The HTAF model comes as a complete kit, including the injection sleeve, internal plunger rod, and a robust check valve assembly. Because it is designed exclusively for the D14TMZ3000 14 GPM unit, it guarantees a perfect fit and seamless integration. For professionals requiring consistent results in hot water applications, this assembly provides the necessary reliability to prevent downtime and protect your high-temperature injector investment. Key features: Superior Chemical Resistance: Aflas seals are specifically formulated to withstand caustic and alkaline chemicals with high pH values. Extreme Temperature Rating: Engineered to function flawlessly in hot water environments up to 158°F (70°C) without losing accuracy. Precision Dosing: Supports ultra-accurate, low-ratio injection ranges from 1:3000 to 1:333 for delicate applications. Complete Maintenance Kit: Includes the full stem assembly, plunger rod, and check valve components for a rapid, hassle-free replacement. Extended Equipment Life: Prevents seal degradation and internal wear, ensuring your D14TMZ3000 remains operational in harsh industrial conditions.