Grangers clothing Repel 300ml outdoor clothing waterproofing proofer

Description

Grangers Clothing Repel 300ml
Features:
Renew the Durable Water Repellent (DWR) finish of any waterproof fabric with Granger's new Acrylic Polymer Technology.
This is a non-Fluorocarbon formulation that closely matches the levels of repellency and durability previously only offered by C6 chemistry.
Wash-in formulation to be used in domestic washing machines to renew the surface water repellency of fabrics. Treats up to 6 garments.
Great air dry performance, but durability is improved if the garment is tumble dried: check the care label to see if this is advised for the garment before tumble drying.
Must be used on a clean garment after washing with a specific technical wash, such as Granger's Performance Wash.
Breathability of the fabric will be restored to its original specification.
Specifications:
Clothing Repel utlilises Acrylic Polymer Technology.
APT is Granger's formulated blend of synthetic fluorocarbon-free polymers, developed to provide a highly breathable DWR finish which closely matches the real-world water repellency and durability of existing fluorocarbon-based proofers.
This product replaces Performance Proofer - usage details have not altered.
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Delivery
United Kingdom Free
Renew the Durable Water Repellent (DWR) finish of any waterproof fabric with Granger's new Acrylic Polymer Technology. This is a non-Fluorocarbon formulation that closely matches the levels of repellency and durability previously only offered by C6 chemistry. Wash-in formulation to be used in domestic washing machines to renew the surface water repellency of fabrics. Treats up to 6 garments. Great air dry performance, but durability is improved if the garment is tumble dried: check the care label to see if this is advised for the garment before tumble drying. APT is Granger's formulated blend of synthetic fluorocarbon-free polymers, developed to provide a highly breathable DWR finish which closely matches the real-world water repellency and durability of existing fluorocarbon-based proofer