
Quickblade Aqua Repellent.
Essential steps for an optimal water repellent treatment!
Install the windshield wipers in a place where the ambient temperature is 15 ° C or more.
When first used, Quickblade Aqua Repellent blades transfer a pre-mix silicone-based water repellent coating to the windshield. Once applied, the blades continuously emit a thin layer of water repellent whenever the wipers are in use.
Quickblade Aqua Repellent performs from 12 to 18 months depending on conditions of use.
During difficult winter driving, Quickblade Aqua Repellent will increase the cleaning performance of your windshield.
The water-repellent silicone technology makes it easier to remove snow from the windshield due to the accumulation of snow, ice, wet snow or white stripes from extreme cold all while reducing windshield washer consumption by 50% during the winter .

Wash and clean the windshield with a mild car soap
or others.

Important to dry the windshield very well, preferably with a microfiber cloth.

Once the windshield wipers are installed on your vehicle, remove the green guards from the blades. (* IMPORTANT, DO NOT CLEAN OR REMOVE BLACK POWDER ON THE BLADES)

Activate the dry wiper blades (without water or windshield washer fluid), at medium speed FOR 5 TO 10 MINUTES depending on the outside temperature.

Ultimate driving visibility .


Ultimate everyday driving visibility performance

High and low temperature resistance: 200 ° C to -50 ° C

Water repellent Aqua offers an extended lifespan of up to 18 months *

100% Flex. Ideal for winter

1 universal adapter


QUICKBLADE
AQUA REPELLENT

The water repellent and the silicone gel are mixed by extrusion. The patented silicone gel regenerates the rubber band and applies the water repellent to the windshield with each pass, for a period of up to 18 months. Our technology reduces cracking caused by ozone, UV and chemicals to 90%.

ON THE MARKET
OTHER BRAND
A water repellent sprayed on the synthetic rubber strip will last 3 months for a good wiping performance and will begin to crack from ozone, UV and chemicals.