Name: Roam Jersey Women's 25
Brand: Chromag Bikes
SKU: 725-022-002
Price: 118.0 AUD
Availability: InStock

Our nicest tee.

Roam Jersey Women's 25

$118.00 AUD

COLOUR FOREST

SIZE S

S M L XL

Why we made this

We love merino for its natural breathability, moisture management, and odor resistance. For the Roam, we blended it with Coolmax® to boost durability and enhance quick-drying performance, making it ideal for everyday trail use. Whether grinding out a big day or sneaking in a ride after work, the Roam is a staff favorite for its versatility and comfort.

Women's Top Sizing

In stock & ready to ship Only 0 left in stock Item is out of stock Item is unavailable

Key Features Key Features

☛ Ethically sourced NZ Merino Wool
☛ ZQ Certified and RWS(Responsible Wool Standard) compliant
☛ Lightweight, breathable, quick drying, excellent moisture wicking
☛ Soft, not itchy
☛ Subtle printed logos/branding

Fabric Fabric

☛ 60% Merino Wool
☛ 40% Coolmax Polyester

Coolmax Polyester adds durability to the Merino wool creating a optimal blend for riding jerseys.

Care Care

☛ Wash at or below 30 degrees
☛ Do not bleach
☛ Do not dry clean
☛ Do not tumble dry

Size & Fit Size & Fit

This is a standard fit jersey.

Details

MERINO WOOL

Wool is a great natural alternative to plastic synthetic fibres. It is low in energy and water consumption and exhibits extremely high performing properties. Merino wool fibres absorb and pull moisture vapour away from your body unlike synthetics which can only wick away the moisture once it has condensed. One square inch of skin on a merino sheep produces about 4 times as many wool fibres as other breeds of sheep.

Merino wool has paradoxical properties making it ideal for use year round. In the summer it is ideal for wicking moisture away from your body. In the winter, the natural structure of the fibre inherently blocks larger drops of water while continuing to wick away vapour. When vapour is absorbed into wool it binds to the chemical structure of the fibres and small amounts of energy are released in the form of heat. This principle is known as the "heat of sorption".