This 2″ ultra-high-pressure motor pump is specifically designed for applications requiring exceptional vertical lift, reaching a maximum height of up to 90 meters. Equipped with a high-performance engine and a precision-engineered impeller, it is the ultimate tool for sprinkler irrigation systems on steep terrain, industrial pressure cleaning, and wildfire suppression support.
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The 16 mm Irritec Tape (8 mil thickness) offers superior durability for crop cycles requiring greater mechanical strength and protection against field wear. With emitters spaced every 10 cm and a flow rate of 0.9 LPH, this tape ensures excellent irrigation uniformity and a continuous moisture strip, optimizing root development and nutrient uptake in vegetables and row crops.
Specifications:
The Pluvio 16 mm irrigation hose with integrated drippers is a robust tool designed for highly efficient, localized irrigation of medium- to long-term crops. With an 8-mil wall thickness, this hose offers superior mechanical strength in the field, ensuring a uniform flow rate of 2.0 L/h via emitters spaced 20 cm apart—thereby optimizing moisture levels in the root zone. Additionally, its 2,600-meter roll format simplifies installation for large-scale projects requiring durability and precise water control.
Specifications:
The Husqvarna 372 XP is a high-performance professional chainsaw, recognized worldwide as a classic for its exceptional balance between lightweight design and power. Engineered for the most demanding forestry applications, it features rapid acceleration and superior durability, allowing it to withstand heavy workloads. It is the ideal tool for professionals who require maximum efficiency and long-lasting performance in intensive felling and limbing operations.
Irritec Sprinrite PC micro-sprinklers are a precision irrigation solution designed to meet the specific water requirements of different crops. Their pressure-compensating (PC) technology ensures a constant flow rate and uniform water distribution regardless of system pressure fluctuations or changes in terrain elevation, making them ideal for optimizing water usage across large areas or varied topography.
