HydroSub
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When transporting large volumes of water over long distances, you need hoses that can withstand high pressure, minimize elongation, and have a short bend radius for flexibility. Through extensive testing, Hytrans has selected premium-quality hoses specifically designed for our systems. Engineered for durability, safety, and efficiency, these hoses ensure fast and reliable water transport in any environment or situation.
Hytrans offers hoses ranging from 4.5″ (110 mm) to 12″ (300 mm) in diameter. For larger diameters of 8″ (200 mm) and above, we have developed the Hytrans Strateline Series, featuring our patented chamfered MultiLug coupling as standard. Choosing the right hose diameter is crucial for an optimal water transport system. Hytrans specialists would be happy to assist you in selecting the best solution for your specific application and requirements.
In high-pressure situations, fast and reliable connections are essential. That’s why Hytrans equips the StrateLine hose with MultiLug couplings as standard. These durable, lightweight couplings are made from high-quality aluminum and lock securely with just a 5-degree twist for fast deployment. Their patented beveled lugs make them easy to open, allowing water to be released quickly while withstanding ground impact in an emergency.
The StrateLine hoses are specifically designed for firefighting and wildfire control applications. Their advanced construction ensures minimal elongation (<1.5%) utilising a unique weaving process with rubber extruded through the weave, guaranteeing performance under pressure.
Hytrans hoses are engineered for high-pressure performance, featuring a lightweight design and exceptional resistance to ozone, abrasion, and heat. With a high safety factor relative to required service pressures, they ensure maximum reliability and protection in demanding conditions.
Hytrans hoses have a small bend radius, ensuring easy handling and deployment. This is especially crucial in emergencies within municipal or industrial environments, where space is limited and minimizing environmental impact is essential.
