Stopper Dry Bag
GO AHEAD. TAKE DURABILITY LIGHTLY.
$27.95 – $69.95
Shop LocallyComplete The System
Lightweight Dry Sack
$14.95 – $29.95
Big River Dry Bag
$24.95 – $64.95
The Stopper™ Dry Bag is a fully welded dry bag made from 210D nylon fabric with TPU lamination on the outer face and RF welding for optimum durability. With a nice clean profile and oval base for easy packing, the Stopper™ dry bags are perfect for canoeing, kayaking, rafting, general boating, SUP boarding and any activity where water shedding and abrasion resistance is paramount. Uses a reliable TPU Roll-top, non-wicking closure, and features Field Repair Buckles which can be replaced in seconds with a Philips screwdriver.
Technical Features
210D Stopper Fabric
The Stopper fabric starts with a 210 Denier Nylon carrier fabric to which a Thermoplastic Urethane (TPU) layer is laminated. This creates a fabric that is extremely waterproof while remaining soft and pliable – so you can stow a Stopper Dry Bag in tight spaces. It has exceptional abrasion and puncture resistance. The TPU laminate construction also allows for all the seams to be Radio Frequency (RF) welded.
Thermoplastic Urethane (TPU)
Thermoplastic Urethane (TPU) is a PVC-free material used in a number of functional areas within Sea to Summit products:
- As an airproof barrier in our Air-Sprung Cell™ and Self-Inflating mats. Here it is used in a liquid-extruded format – the TPU bonds to the face fabric for the highest possible level of reliability.
- As a waterproof barrier in our Accessory Guide Cases and Map Cases; and in several models of our Dry Sacks. Here it is used in a film format, where its superior flexibility (even in cold weather) and waterproofness are key.
- As a waterproof barrier in the Nylon Folding Bucket. This particular film is also food grade – ideal for water storage.
- As a transparent window in View Dry Sacks and Travelling Light products – allowing you (and TSA inspectors) to see the contents.
PVC Free
This product is free of any Polyvinyl Chloride (PVC). This means that the production process is significantly more environmentally friendly, and the disposal of the product at the end of its life will also not burden the environment. With advances in modern polymers, it also means there's no reduction in performance.
