Repel Spray
The water-based Repel formula is VOC-free and does not contain PFAS, PFOA or PFCs (forever chemicals). It safely creates a durable, breathable barrier that dries clear and effectively protects against liquid and dirt. Repel is safe to use on most absorbent materials including leather, suede, nubuck, canvas, cotton, nylon, knit, woven, mesh and more (Not recommended for unsealed leather or vegetable tanned leather). The non-aerosol delivery system outputs a continuous fine mist covering large areas quickly and evenly in all directions.
This product’s efficacy has proudly achieved a score of 100 (ISO 5) using the AATCC Test Method 22-2005. You can learn more about the AATCC Test Method here.
The water-based Repel formula is VOC-free and does not contain PFAS, PFOA or PFCs (forever chemicals). It safely creates a durable, breathable barrier that dries clear and effectively protects against liquid and dirt. Repel is safe to use on most absorbent materials including leather, suede, nubuck, canvas, cotton, nylon, knit, woven, mesh and more (Not recommended for unsealed leather or vegetable tanned leather). The non-aerosol delivery system outputs a continuous fine mist covering large areas quickly and evenly in all directions.
This product’s efficacy has proudly achieved a score of 100 (ISO 5) using the AATCC Test Method 22-2005. You can learn more about the AATCC Test Method here.
Original: $18.00
-65%$18.00
$6.30Description
The water-based Repel formula is VOC-free and does not contain PFAS, PFOA or PFCs (forever chemicals). It safely creates a durable, breathable barrier that dries clear and effectively protects against liquid and dirt. Repel is safe to use on most absorbent materials including leather, suede, nubuck, canvas, cotton, nylon, knit, woven, mesh and more (Not recommended for unsealed leather or vegetable tanned leather). The non-aerosol delivery system outputs a continuous fine mist covering large areas quickly and evenly in all directions.
This product’s efficacy has proudly achieved a score of 100 (ISO 5) using the AATCC Test Method 22-2005. You can learn more about the AATCC Test Method here.
