Custom Branded Hi-Vis Beanie Cap

High-visibility clothing is a must-have for people who ride bicycles at night, go jogging, or walk along the side of the road. It's important to ensure that you can be seen in good time by oncoming motorists so that you can arrive home safely.

Our high-visibility caps are a versatile option that can be worn alone or as part of a complete hi-vis outfit. They are knitted from acrylic yarn, a strong and long-lasting fabric that can withstand regular washing and easy maintenance. To keep them in great shape, simply use cool to warm water for washing and allow them to air dry.

These caps feature two reflective stripes that run around the center, making you even more visible when car lights reflect off the stripes. With our caps, you can feel confident that you will be easily seen by others on the road, enhancing your safety during nighttime activities.

The one-size-fits-all design ensures that these caps will accommodate most people comfortably. Whether you have a small or large head, our high-visibility caps will provide a snug fit.

Who can benefit from our High-Visibility Caps?

• Cyclists who ride at night and want to enhance their safety on the road.
• Joggers who prefer exercising in the early morning or late evening hours.
• Walkers who frequent areas with low visibility, such as dimly lit streets or country roads.

Custom Branding Included

Prices include a 1-color print of your logo decorated onto the item.

• High-visibility caps are suitable for cyclists, joggers, and walkers who want to enhance their safety on the road.
• Can be worn alone or as part of a complete hi-vis outfit, offering versatility in style and use.
• Knitted from acrylic yarn, these caps are strong, long-lasting, and can withstand regular washing.

• May not be suitable for individuals with larger or smaller head sizes as the one-size-fits-all design may not provide a snug fit for everyone.
• Quality level and durability may vary depending on the brand or manufacturer.
• Reflective stripes may not be highly effective in extremely low light conditions.