Types of high-visibility clothing
There are many different models, adapted to different working environments and weather conditions.
The garments must be visible, comfortable all day long and, of course, meet the requirements of EN ISO 20471.
Material, fit and reflective placement play a role in both safety and function.
Safety jackets
Safety jackets are used all year round, especially where high visibility is a must - construction, transportation, emergency services, and so on.
They are available as thin shell jackets, warm winter jackets or rain jackets. The jackets have fluorescent fabric and reflective bands around the arms, chest and back - it's hard to miss someone in one.
Many models have removable linings or vents - handy when the weather changes. Waterproof materials such as polyester with PU coating protect against rain, and breathable membranes reduce moisture from within.
The jacket should not be covered by bags or equipment that hide the reflectors, otherwise it will lose its certification.
| Type of jacket |
Characteristic |
Usage |
| Shell jacket |
Lightweight, windproof |
Summer and transitional periods |
| Winter jacket |
Lined, insulating |
Cold climate |
| Rain jacket |
Waterproof, welded seams |
Rainy environments |
Warning trousers
Warning pants are needed to be visible even when moving, sitting or bending. They are available as work pants, suspenders, shorts and rain pants.
Reflective bands are attached around the legs so you can be seen from all directions.
The material is often a mix of cotton and polyester to be durable yet comfortable. For tougher environments, there are reinforcements at the knees and ankles.
Trousers should be long enough so that reflectors are not covered by shoes or boots.
Some models are certified as class 2 or 3 depending on the amount of fluorescent surface. In cold weather, use lined trousers or base layers for extra warmth.
The right fit is important, otherwise the reflectors will be misplaced and the trousers will lose their function.
High visibility vests
Safety vests are the simplest way to increase visibility quickly, especially during temporary work activities.
They are often used by visitors, drivers and staff moving in busy areas. The vest should be large enough to be worn over other clothing.
Most vests are class 1 or 2 and made of lightweight polyester with a Velcro or zipper closure. They are easy to put on and take off - perfect when you need to move quickly.
For better durability, there are models with reflective tape that can withstand many washes.
Vests are often used to complement other garments. They can have pockets, ID holders or printed logos, but the labeling must not cover the reflective surfaces.
Coveralls and other garments
Coveralls provide full body coverage and are used where the risks are high, such as road maintenance, industry and rescue work.
They combine a jacket and trousers in one, reducing the risk of reflective surfaces being covered by other garments.
Coveralls are available in summer, winter and rain models.
Winter versions have an insulating lining, while rain suits are made of waterproof material with welded seams.
To make them more comfortable, many have zippers along the legs, adjustable cuffs and sometimes ventilation panels.
These are details that are actually noticeable when working long hours.
Other common high-visibility garments are sweaters, T-shirts, hats and raincoats.
These are often used as a supplement, especially when it's hot or the job doesn't require full coverage.
All garments must be labeled with the correct class and certification, otherwise they cannot be trusted to perform.
It's sometimes easy to forget, but the label is really crucial.
Certifications and rules
Warning clothing must meet clear requirements to make visibility and safety work in practice.
They are governed by European standards that regulate materials, design and labeling - so that protection actually works when it counts.
EN ISO 20471 and its importance
EN ISO 20471 is the European standard for high-visibility clothing in occupational environments.
It replaced the old EN 471 and sets requirements for the amount of fluorescent and reflective material a garment must have.
The standard applies to clothing that should make the wearer visible, especially where there is traffic or moving machinery.
It addresses both design and performance requirements, such as color, retroreflectivity and how the material is positioned.
To obtain certification, garments are tested by accredited laboratories.
They measure, among other things, the light reflectivity, color fastness and visibility in different lights.
The manufacturer must label the garments with the standard's designation, for example EN ISO 20471:2013, and indicate the class level and washing resistance.
This actually makes it easier for employers to choose the right level of protection, although it can feel like a jungle sometimes.
Safety classes and levels
EN ISO 20471 divides high-visibility clothing into three safety classes, depending on the amount of fluorescent and reflective material.
The table below shows the main requirements:
| Class |
Visibility level |
Area of use |
| Class 1 |
Lowest |
Working in low risk environments, such as fenced areas |
| Class 2 |
Medium |
Road work or work near vehicles in moderate traffic |
| Class 3 |
Highest |
Heavy traffic, night work or high speed roads |
Class 3 requires the highest surface area of both fluorescent and reflective material.
It provides maximum visibility when it is really needed.
Employers must choose the right class based on the risk level of the workplace.
The jacket and trousers can be combined to reach a higher class, according to the standard's rules.