Satisfy Pertex® 3L Rain Pants

Our Pertex® 3L Rain Pants are engineered to protect from wind, rain and snow. Weighs 126 grams.

Constructed from ultra-lightweight Pertex® Shield Air. This recycled nano-ripstop from Japan is waterproof, windproof and highly breathable.

The Pertex® 3L Rain Pants are highly breathable and waterproof Trail Pants with taped seams, protects against wind, rain and snow, and folds down into a lightweight self-contained pouch. Guarantees effective protection against wind, rain and snow while still ensuring the required durability for outdoor use.

• Pertex® Shield Air
  Pertex® Shield Air provides extremely breathable waterproof protection. The Shield Air membrane is a precisely engineered, electrospun nanofibre web, with an open network of interconnected pores. These small and consistently sized pores present little resistance to moisture vapour, whilst providing an effective barrier to liquid water. The unique open structure of the Shield Air membrane allows air to pass through, whilst still offering effective wind resistance and remaining durably waterproof. The result is an extremely lightweight, flexible material with remarkable properties.
• Ultra-lightweight Pertex® Shield Air (waterproof, windproof, abrasion resistant, highly breathable, fast dry, moisture control, odor control, 2-way stretch) recycled 3L membraned nano-ripstop. Fabric from Japan.
  
  - Regular fit.
  
  - 14,000 mm Schmerber rating.
  
  - Waterproof taped seam and zipper construction.
  
  - Zip opening and snap button closure system for easy transitions as conditions change.
  
  - Eyelets at leg opening for stirrups tie the pants down.
  
  - Reflective grid print.
  
  - Exterior detachable care label so nothing rubs against your skin.

Pertex® Shield Air / Origin Japan
- 100% Recycled Nylon

Ethically produced in Portugal with pre-consumer recycled nylon from Japan.

Pertex® recover waste material from the production process, to be recycled into nylon pellets, thereby reducing use of virgin fossil fuel derived inputs.