Sawyer Mini Squeeze filter

£32.00 (You save £3.00)

Sawyer's lightest and most versatile personal water filtration system, the Sawyer MINI weighs just 2 ounces, fits in the palm of your hand, and provides 0.1 micron absolute filtration — removing 99.99999% of all bacteria, such as salmonella, cholera and E.coli, and removing 99.9999% of all protozoa (such as giardia and cryptosporidium).

RRP ~~£35.00~~

Your Price £32.00 (You save £3.00)

Brand Sawyer

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At just 65grams, and fitting in the palm of your hand, this is simply the best there is for Weight, Size and Performance. Drink directly as a straw, attach to Sawyer Squeeze Pouches, use inline, or attach to standard threaded bottles. The MINI uses the same exclusive 0.1 micron hollow fiber membrane filter used in our other filters. Although not quite as quick as the SP129 version, you will still be bowled over by the flowrate of this amazing little filter. The MINI comes with a 100,000 gallon (378,540 Litre) guarantee which is still the best rating there is ANYWHERE, and will last for anybody's lifetime.

Simply fill up the pouch at a lake, stream or river, screw the filter directly onto the pouch and

Squeeze the bag and filter water into your water bottle or container of choice.
Drink directly from the filter which has a built in cap for on/off functions.
Attach the filter onto most threaded water bottles including 2 litre bottles.

Water to difficult to collect? Simply fit the straw and drink straight from the source.

Damaged or lost your pouch? Get hold of a standard threaded plastic bottle locally and use that instead.

Kit includes:

1 - 1/2 Litre Lightweight Durable Collapsible Pouch.
Sawyer 0.10 Absolute Micron Hollow Fiber Membrane Screw On/Off Water Filter.
Cleaning Syringe.
Drinking straw.

Life Expectancy: 100,000 gallon (378,540 Litres) Guaranteed.

How Does It Work?

People often ask us how does the filtration system work? it’s very difficult to explain without the aid of a diagram. So here goes ...

filter diagram

The filter is a simple microfiber tube with micropores of 0.1micron or 0.02 micron in diameter, depending on which model you have. These micropores are absolute so everyone is exactly the correct size. In simple terms, the bad stuff cannot get through the micropores into the tubes because they are too big. Water molecules are small enough to get through though, so it's easy for the water to get into the tubes and to the other side.