Safety jackets are protective garments with fluorescent colors and reflective details that make the wearer visible in environments where accident risks exist. They are used in professions where high visibility is essential for safety.
They are often certified to the EN ISO 20471 standard.
A high-visibility jacket is designed to increase visibility in working environments with potential risks. It is mainly used by people working near traffic, on construction sites, in road maintenance or in industrial areas.
The fluorescent material of the jacket is clearly visible in daylight. The reflectors reflect light from, for example, car headlights in the dark.
This makes the wearer visible at any time of day. Safety jackets are available in different models for different weather conditions, such as lined winter jackets, softshell jackets and rain jackets.
Many models combine safety with comfort, with features such as ventilation, adjustable cuffs and practical pockets. They are used not only in construction and transportation, but also by park management, emergency services and other professions where visibility is part of occupational safety.
Unlike regular work jackets, high visibility jackets have fluorescent colors such as yellow, orange or red. The reflective material reflects light.
This combination allows them to meet specific visibility requirements. Ordinary jackets can provide protection from the weather and wear and tear but lack the properties needed to make the wearer visible in darkness or poor visibility.
A high-visibility jacket is therefore a safety garment, not just a piece of clothing.
| Characteristic | High visibility jacket | Ordinary work jacket |
|---|---|---|
| Visibility | High, day and night | Limited |
| Color | Fluorescent | Neutral |
| Reflective details | Yes, it is | No, not available |
| Certification | EN ISO 20471 | No certification |
So the clear difference is in the function - the high visibility jacket protects by making the wearer visible, not just warm or dry.
High visibility jackets must meet the requirements of EN ISO 20471, an international standard for high visibility clothing. It specifies how much fluorescent and reflective material is required depending on the application.
The standard is divided into three classes, with class 3 providing the highest visibility. The class level depends on the garment's surface area of visible material and the amount of reflective material used.
For a jacket to be certified, it must be tested by an accredited laboratory. The manufacturer must be able to provide documentation to prove that the garment meets the standard.
Employers are responsible for ensuring that the right class is used in the right environment. For example, work near heavy traffic often requires class 3, while light industrial work may allow class 2.
Safety jackets increase worker visibility in high-risk environments. They combine fluorescent materials and reflectors to meet standards such as EN ISO 20471, ensuring the wearer is clearly visible both day and night.
Visibility is crucial in workplaces where vehicles, machinery or low lighting pose risks. A person wearing a high-visibility jacket will be seen earlier by drivers and colleagues, reducing the risk of accidents.
Employers in construction, road maintenance and industry therefore prioritize high-visibility clothing. It's not just about following rules, but about protecting lives and preventing injuries.
In environments with varying light conditions, colors such as fluorescent yellow or orange make a big difference. They enhance contrast with the background and help the eye to quickly identify movement.
The combination of color and reflectors provides effective visual protection.
Reflective details and fluorescent surfaces fulfill different functions. Fluorescent materials increase visibility in daylight and at dawn.
Reflectors reflect light from headlamps in the dark. A high visibility jacket according to EN ISO 20471 must have a certain amount of each material to be approved.
The table below shows typical requirements:
| Property | Function | Visibility ratio |
|---|---|---|
| Fluorescent fabric | Visible in daylight | Daytime, dusk |
| Reflective tape | Reflects light | Night time, darkness |
The position of the reflectors is important. They should surround the body horizontally and sometimes sit on sleeves and shoulders to mark movement.
This allows a person to be seen clearly from several directions regardless of position.
EN ISO 20471 divides high-visibility clothing into three classes depending on the level of visibility. Class 3 is the highest and is used in the highest risk environments, such as road works or heavy industry.
| Class of warning clothing | Area of use | Visibility level |
|---|---|---|
| Class 1 | Low risk | Limited risk |
| Class 2 Moderate risk | Moderate risk | Good |
| Class 3 | High risk | Maximum |
To achieve class 3, a larger surface area of both fluorescent and reflective material is required. The garment must cover the upper body and often also the arms.
This ensures that the wearer is visible from all angles, even from a distance and in poor lighting conditions.
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A well-designed high-visibility jacket combines weather protection, ventilation and durability to perform in demanding working environments. Material choices and manufacturing methods affect both safety and durability.
This is particularly important when working outdoors in varying climates.
Waterproofing is crucial when the jacket is used in rain or moisture. Most high visibility jackets are made of polyester with a PU or PVC coating that prevents water from penetrating.
For higher protection, membranes are used that combine water resistance with some breathability. Taped seams are an important detail.
They prevent water from leaking in through pinholes in the seams. Fully taped seams provide the best protection for prolonged exposure to rain.
Partially taped seams are sufficient for lighter work. Simple tests, such as water pressure measurement in millimeters (e.g. 10 000 mm), are used to indicate the level of waterproofness.
Jackets with higher values can withstand heavier rain and are suitable for construction and road work.
Breathability affects how well moisture and heat are transported away from the body. Materials such as softshell and laminated membranes allow water vapor to pass outwards without letting rain in.
This reduces the risk of the user getting cold or damp during the working day. For added comfort, mesh lining, underarm vents and adjustable cuffs are used.
These features allow the jacket to adapt to the weather and activity level. A good fit also contributes to comfort.
Women's varsity jackets often have a narrower waist and shorter sleeves. Men's models offer more room across the shoulders and chest.
The combination of the right material and ergonomic design makes a big difference during long shifts.
Safety jackets are subject to abrasion, dirt and mechanical impact. That's why Oxford polyester, Cordura or other reinforced fabrics are often used on exposed areas like elbows and shoulders.
These materials resist tearing and extend the life of the garment. Double or triple stitching further increases durability.
Reflective tapes are sewn on with durable thread to maintain visibility even after repeated washing. To maintain functionality, the jacket should be washed according to the manufacturer's instructions.
Usually inside out at 60°C without fabric softener. Proper care preserves both the reflective effect and the protective properties of the material.
High visibility jackets come in several designs that differ in material, insulation and application. They are designed to provide high visibility and protection in different working environments.
From cold winter conditions to milder weather and indoor use, there is a model for almost every situation.
A lined high visibility jacket provides warmth and a little extra comfort on chilly working days. It usually has an inner lining of quilt, fleece or synthetic material that insulates you from the cold but still allows you to move easily.
Many models combine wind and waterproof outer fabrics with some breathability. This allows you to stay dry without getting too hot.
Reflective details around the sleeves, chest and back increase visibility in low light. That's something you really appreciate when the fall darkness falls early.
They are often used in construction, transportation and road work where you often stand still in the cold. Multiple pockets, adjustable cuffs and a detachable hood make the jackets flexible - and honestly, who doesn't like lots of pockets?
| Feature | Advantage |
|---|---|
| Lining | Keeps you warm at low temperatures |
| Reflective details | Improves visibility |
| Water-repellent material | Protects against rain and snow |
A winter high visibility jacket is made for harsh cold and inclement weather conditions. There is often a thicker insulating layer and sealed seams to keep out wind and moisture.
Durable materials such as polyester and PU coating are common on the outside. The inside is often lined with thermal material or fleece to retain heat.
Winter jackets in warning colors - usually fluorescent yellow or orange with reflective tape - usually pass EN ISO 20471 classification for high visibility. They are a must for working outdoors during dark and cold months.
Softshell and fleece warning jackets are lighter in weight and better suited to heavy movement or milder weather. Softshell offers both stretch and some weather resistance, which is quite nice when you are active.
Fleece variants are soft and warm without feeling heavy. They are often used as a mid-layer under shell jackets, or as outerwear when it's dry outside.
Many models have zippers, ventilation panels and reflective details that make them flexible and safe. These jackets are popular in logistics, service and industry where freedom of movement is preferred over thick insulation.
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Safety jackets come in a wide variety of styles for different work environments. Material choices and features vary, but visibility is always the focus.
Blåkläder is one of the most established players in the Nordic region when it comes to workwear. Their safety jackets combine durability, ergonomic fit and high visibility according to EN ISO 20471.
Several models have reinforced seams and wind and waterproof membranes. Ventilation panels are also not uncommon, eliminating the feeling of being trapped during long work shifts.
For winter use, there are warm-lined jackets with removable hoods. Lighter softshell variants work well in spring and fall.
| Model type | Function of the jacket | Season of wear |
|---|---|---|
| Warm lined | Insulating, windproof | Winter |
| Softshell | Flexible, breathable | Mid-season |
| Shell jacket | Waterproof, durable | All year round |
Blåkläder focuses on longevity and spare parts such as zippers and buttons can often be replaced. It's both durable and smart.
Parkas provide extra protection against cold and rain. They are longer than standard jackets and cover the hip, which actually makes a big difference when the wind blows.
Many parkas have lined inner linings, adjustable cuffs and multi-directional reflective tape. It's quite nice not to be cold on your back when working late.
A typical high visibility parka might have:
This makes the jacket both practical and weatherproof, without compromising on safety.
In addition to Blåkläder, there are brands such as Helly Hansen Workwear, Snickers Workwear, Mascot, ProJob and FE Engel. They offer models in high-visibility classes 1-3 and use materials such as polyester, softshell and fleece.
Helly Hansen is known for its waterproof and breathable jackets. Snickers Workwear focuses on ergonomic design and reinforced sections for harsh environments.
Mascot and ProJob have affordable options that still stand up to tough conditions. The range covers both summer jackets with lightweight fabric and winter jackets with insulation - there's something for every climate and task.
A high-visibility jacket should provide high visibility, withstand everyday wear and tear, and be comfortable. Weather, work tasks and safety requirements influence the choice more than you think.
The work environment determines which high-visibility class you need. In roadwork or construction with heavy traffic, class 3 is often required for maximum visibility.
In quieter environments, class 2 or class 1 is sometimes enough. It's important not to go by color alone - reflective details need to be visible from all directions, even when bending over.
For outdoor work in the rain or cold, water-repellent materials and taped seams are a must. Lining is a bonus when temperatures drop.
Indoor environments require lighter materials and good ventilation. Many models mix softshell, polyester and cotton for durability and freedom of movement.
| Working environment | Recommended high visibility class | Key features |
|---|---|---|
| Road work, heavy traffic | Class 3 | Maximum visibility, waterproof material |
| Warehouse, industry | Class 2 | Lightweight, breathable |
| Indoor service | Class 1 | Lightweight fabric, good freedom of movement |
The right fit matters more than you think - both for comfort and safety. A jacket that is too big can get caught, one that is too small will chafe and restrict you.
Most manufacturers have unisex models and sometimes special cuts for women. It's worth trying it out.
You should be able to wear layers underneath without the jacket getting tight. Adjustable cuffs, waist adjustment and a detachable hood make it easier to adapt the garment to the weather and the task at hand.
For winter, lined models that still let out excess heat are recommended. Warmer months? Then softshell jackets or mesh-lined alternatives are much more comfortable.
Try the jacket in a working position - raise your arms, bend over - and you'll quickly see if it fits well.
Regular care will help your jacket last longer and keep the reflectors working properly. Dirt and oil can dampen the effect, so wash according to the manufacturer's instructions.
Use mild detergent without bleach and skip fabric softener. This can affect the reflective surfaces, and you want to avoid that.
Dry the jacket hanging, not directly on the radiator. Check reflective tapes and seams occasionally - if they start to wear, it's time for a new jacket, even if the rest looks okay.
Some models can be re-impregnated to bring back water repellency. Use products that are approved for high visibility garments.
The right high-visibility jacket depends on the temperature, working environment and how much you move around. Material, lining and ventilation make a big difference to both safety and comfort.
A lined high-visibility jacket protects against cold, wind and snow, and is clearly visible even at night. Winter models are often made of durable materials with EN ISO 20471 certification to meet high visibility class 2 or 3.
They usually have windproof and waterproof outer fabrics and warm fleece, quilt or synthetic linings. Many use tape-sealed seams and removable hoods for extra protection.
For jobs outdoors for long periods of time, such as road or construction work, winter high visibility jackets are almost a given.
Examples of features:
| Function | Purpose |
|---|---|
| Lined inside | Retains body heat |
| Reflective details | Increases visibility in the dark |
| Extended back | Protects against drafts |
| Adjustable cuffs | Prevents cold air |
During warmer months, people want lighter-weight high-vis jackets that actually breathe and release moisture. Softshell and shell jackets are popular because of their breathability and wind resistance.
Models for spring and fall try to balance weather protection with some freedom of movement. An unlined high visibility jacket or a thin fleece version are quite flexible when the temperature jumps up and down during the day.
Will you be working in the rain? Then waterproof high visibility jackets with a mesh lining are a good idea - they help prevent condensation, although nothing is quite perfect there.
Key features:
Safety jackets should provide high visibility and meet safety requirements, but they should also be comfortable. Size, material and how you take care of the jacket all play a role in how it performs and how long it lasts. Customization and seasonal choices are often driven by the job and the environment.
Getting the right size is more important than you think - it's all about freedom of movement and making sure the reflectors are in the right place. Measure your chest and waist, and think about whether you'll be wearing the jacket over several layers. For winter use, it's better to choose something a bit more spacious.
High visibility jackets used at work should meet EN ISO 20471 for visibility. Do you work near traffic or machinery? Then class 2 or 3 is often required, depending on the level of risk. Sometimes EN 343 for rain protection or EN 342 for coldness also applies.
Follow the manufacturer's washing instructions - usually 40°C and avoid fabric softeners and bleach. The reflections and bright colors will last longer if you wash correctly. Check the seams and reflectors occasionally, and replace the jacket when it starts to look dull or loses visibility.
Most high visibility jackets are made of polyester with fluorescent colors and reflective bands in microprismatic material. To make them more comfortable, cotton or stretch is sometimes added. Do you want your jacket to withstand rain and wind? Then it often has breathable membranes.
Yes, most manufacturers can print or embroider a logo. But be careful not to cover the reflective strips - that would be silly. Follow the manufacturer's advice so that the jacket retains its certification.
Summer jackets are often thinner and made of lighter, breathable materials.
Winter jackets, on the other hand, have insulating linings and sometimes wind and waterproof membranes.
So it's mostly about thermal insulation and weather protection.
However, the level of visibility should be the same all year round, so there is no difference.
The information on this page is intended as general guidance only and does not replace manufacturer instructions or applicable regulations. Workwise does not guarantee that the content is accurate, complete, or current and is not liable for decisions or actions taken based on this information. Always follow current standards and manufacturer instructions.