MARINEPOOL

Marinepool's Functional Clothing

MPU - A majority of the sailwear is equipped with this breathable technology. A layer of polyurethane (PU) is applied to the outer layer. This means that water cannot penetrate from the outside, but moisture can escape from the inside through the MPU coating (water vapor diffuses from the inside through the membrane).

XPU - The XPU membrane does not allow water to penetrate, even under the harshest conditions and keeps the body permanently dry. It is also windproof and prevents the body from dropping in temperature. This creates functional clothing, which, on the one hand, prevents the body from overheating during periods of activity and, on the other hand, protects the body from getting too cold during periods of rest. 

Characteristics of XPU membrane

• Extremely watertight (water column: 20,000 mm)
• Highly breathable (MVTR *: 20,000 g / m2 / 24h)
• DWR-material**
• PU Coated ***

* Moisture Vapor Transmission Rate
** Durable Water Repellent
*** Polyurethane

2-Layer - A membrane is laminated under the first layer (outer material), which is protected against abrasion with a second layer (inner lining). The lining ensures that the membrane is not directly touching the skin, thus preventing the formation of body moisture and a sticking to the skin.

2.5-Layer - The first layer consists of a water-resistant and robust outer fabric, such as nylon. The second layer ensures functionality. Without an additional interior lining, the functional layer would directly touch the skin and stick to the body during activity. Instead of a third layer, the coating is protected and creates air pockets between the second layer and the skin, resulting in optimal functionality with less material and less weight.

3-Layer- The outer material, membrane and mesh lining are held together. The material is robust, yet light.

3+1-Layer - Extremely resistant and lightweight high-performance fabric. The outer material and the membrane are held together by an inner lining. In addition, a further layer is applied for improved protection of the membrane against salt water.