Drirelease®
Fabric Technology
What is Drirelease® technology?
Drirelease® technology is a moisture-wicking fabric technology developed by Optimer Brands. It is designed to provide superior moisture management and comfort in apparel, ensuring that wearers stay dry and comfortable during various activities.
Main features
Moisture Wicking
Hydrophobic & hydrophilic fibers to pull moisture away.
Quick Drying
Dry up to 4x faster than cotton, reducing the risk of discomfort.
Odor Control
FreshGuard® technology, inhibit odor-causing bacteria.
Softness
Soft and comfortable, pleasant wearing experience.
FAQ
Drirelease® is created through a unique blend of synthetic and natural fibers, designed to enhance fabric properties like wicking, drying, and softness naturally, without chemicals. This blend accelerates the water release rate, pushing moisture out faster than other fabrics.
Drirelease® fabric is known for its superior moisture-wicking and quick-drying properties compared to traditional moisture-wicking fabrics like cotton or polyester. It offers enhanced performance and comfort for active lifestyles.
Drirelease® technology is engineered to maintain its moisture-wicking and quick-drying properties throughout the life of the garment, even after repeated washing and wearing.
Drirelease® fabric has some resistance to wrinkles and creases, but it may not be as wrinkle-resistant as certain synthetic fabrics or blends. However, garments made with Drirelease® technology typically retain their shape and appearance well.
Yes, Drirelease® technology can be combined with other performance features, such as UV protection, antimicrobial treatments, or stretch properties, to enhance the functionality and versatility of the fabric. This allows for the creation of garments that offer multiple benefits for the wearer.
Yes, Drirelease® fabric is designed to excel in hot and humid conditions by quickly wicking moisture away from the skin and promoting rapid evaporation. It helps to keep the wearer dry and comfortable even in challenging climates.