MFH Extreme TPU Water Bladder - 2.5 L - Olive

MFH Extreme TPU Bladder - 2.5 L - Olive is an advanced hydration system that provides constant and convenient access to water during the most demanding survival trips, treks, or tactical operations. Manufactured by the renowned German brand MFH, this model is designed for maximum durability and ease of use in rugged terrain.

The main component of the bladder is a flexible reservoir made of high-quality TPU (thermoplastic polyurethane). This material is completely free of harmful BPA substances and does not alter the taste or odor of the water carried. Due to its high flexibility, the bladder perfectly conforms to the shape of a backpack pocket, and its construction is highly resistant to cracks and mechanical damage.

The Extreme TPU Bladder model is equipped with a very wide filling opening, which allows for rapid refilling of the reservoir and facilitates thorough cleaning and drying. The optimal-length tube is secured with a neoprene sleeve, which serves a dual purpose: it protects the water from heating up or freezing and blocks UV radiation, which prevents the growth of microorganisms inside the tube.

Convenience of use is enhanced by a bite valve with a protective cap that keeps the mouthpiece clean. The bladder also features four mounting holes, allowing for stable suspension inside a backpack's hydration compartment. This is a reliable solution for anyone who values mobility and efficiency during physical exertion.

Key Features:

1. Reservoir capacity is 2.5 liters.
2. Made of durable and flexible TPU material.
3. Product free from BPA and toxic substances.
4. Tube equipped with a neoprene thermal insulation sleeve.
5. Wide opening for easy filling and cleaning.
6. Bite valve with a practical protective cap.
7. Total weight is approximately 185 g.
8. Reservoir dimensions are approximately 40 x 17 cm.
9. Four holes for stable attachment inside a backpack.
10. Material does not affect the taste or odor of water.
11. Olive color matches military gear.
12. High resistance to damage and leaks.