VAN RYSEL

Men's Anti-UV Long-Sleeved Road Cycling Summer Jersey RC100 - Red

Reference. 8786267

$25.00

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This cycling jersey is designed to protect you from UV rays in hot weather. It also has breathable fabric, convenient pockets and a large zip for ventilation.

No more fear of sunburn! This RC100 long-sleeved jersey blocks over 95% of UVA and UVB rays on summer rides. It also wicks away moisture.

Main fabric: 100.0% Polyester; Yoke: 16.0% Elastane, 84.0% Polyester

BENEFITS

Sun protection

UPF 50+ component blocks over 95% of UVA and 98% of UVB rays
NF EN ISO 13758

Moisture management

Its component provides excellent perspiration wicking

Pockets

6 pockets including 2 secure ones:
1 for keys, a map and cash
1 for your phone

Freedom of movement

Relaxed cut: suitable for all body types
Elasticated waistband.

Sun protection

UV-resistant fabric
UPF standard: 50+

TECHNICAL INFORMATIONS

Why protect yourself from UV rays?

In small doses, sunlight is great for your mood. It promotes the manufacture of vitamin D and helps to regulate sleep; however, exposure to ultraviolet (UV) rays can cause serious damage: to your skin (premature ageing and skin cancers) and your eyes (cataracts, retinal damage).

The RC100 UVP Long-Sleeved Jersey meets the standard: NF EN ISO 13758 for opacity and upper body coverage. They block over 95% of UVA and 98% of UVB rays

How to effectively protect yourself

For all outdoor activities - whether in the garden, at an outdoor cafe, at the beach, in the mountains, exercising or walking - you must protect yourself from the sun
1. Covering your body with clothing and a helmet liner is the best way to protect yourself from UV rays. To protect your eyes, you should wear glasses
2. Avoid sun exposure in the middle of the day
3. Use highly protective sunscreen
4. See a dermatologist regularly

Moisture management

Air resistance reflects the ability of air to flow through the fabric: 539 l/m²/s
The higher it is, the more air flows through the component and the better perspiration can dry on the skin. This slows the component's saturation speed

The speed of diffusion reflects the drying speed: 6.33 mm/s
The greater the diffusion, the greater the surface area for air exchange, which improves drying and delays the component's saturation.