
If you work in a dry, enclosed space, the coolest summer option is usually an S1 or S1P safety shoe with a perforated or mesh upper and a lightweight composite toe cap. Choose S1P if there is a risk of nails or metal swarf on the floor. On wet floors keep to S2, and where there is also a puncture risk or you work outdoors, keep to S3; reduce sweat and odour with moisture-wicking socks, a removable insole and by alternating two pairs.
Sweating, odour and feet that feel heavy by the end of the shift are the complaints we hear most in summer. This guide explains how to choose a cooler safety shoe without giving up protection, and how to prevent odour and fungal infections. For all class markings, see our
how to read a safety shoe label guide.How cool a shoe feels depends largely on whether the upper lets air through. In EN ISO 20345:2022, S2 and S3 require the upper to resist water penetration and water absorption. That is why a shoe with a perforated or open-mesh upper cannot be S2 or S3; textile uppers are used on S2 and S3 models only when they have a water-repellent treatment. The coolest models are in classes S1 and S1P.
| Class | What it provides | In summer | When it fits |
|---|---|---|---|
| S1 | Toe protection, closed heel, antistatic properties, energy absorption in the heel | Perforated or mesh upper possible; the coolest options are in this class | Dry, enclosed areas: warehouses, assembly, logistics |
| S1P | S1 plus a puncture-resistant sole | Close to S1; may be slightly heavier because of the protective layer in the sole | Risk of nails, metal swarf or sharp objects on the floor |
| S2 | S1 plus resistance of the upper to water penetration and absorption | Upper cannot be perforated; warmer than S1 | Floors that get wet occasionally, with no puncture risk |
| S3 | S2 plus puncture protection and a cleated outsole | Most closed construction; the warmest group in hot weather | Outdoor sites, construction, wet and muddy ground |
To see the difference between S1P and S3 in detail, read our
S1P vs S3 safety shoes guide.| Workplace | Recommendation | Avoid |
|---|---|---|
| Dry warehouse, racking, assembly line | Perforated or mesh S1; composite toe cap | Winter, lined models |
| Indoor construction site, workshop with metal swarf | S1P (with a non-metal PS/PL puncture layer if needed) | S1 without puncture protection |
| Outdoor site, construction, wet floors | S3; thin moisture-wicking socks and alternating pairs | Mesh or perforated models |
| Kitchens, food production, wet floors | S2 model with a closed upper and the SR slip marking (SRC on older labels) | Mesh uppers (liquid splashes),models without slip-resistance information |
| Hot surfaces: asphalt, foundries, around ovens | Outsole marked HRO, and HI if needed | Soles with no stated heat resistance |
For jobs that do not require a protective toe cap,
non-safety work shoes can be a lighter alternative; work clogs and slippers are comfortable for kitchen and healthcare staff, but most of them carry no safety class. Where protection is required, check the product page for an S class and a protective toe cap.The soles of the feet have one of the highest concentrations of sweat glands in the body. Sweat that builds up in a closed shoe is broken down by bacteria on the skin and inside the shoe, and this process produces the unpleasant smell. Three habits make it worse:
The shoe itself does not cause a fungal infection, but a foot that stays damp all day is an ideal environment for fungi. Drying carefully between the toes after washing, changing socks every day and letting shoes dry before wearing them again reduce the risk. Do not share shoes or socks. During antifungal treatment, dry your shoes thoroughly as well; fungal spores can remain in the shoe.
Socks largely determine how comfortable a summer safety shoe feels. Choose thin socks with reinforced heel and toe areas, in blends that wick moisture away from the skin (bamboo or synthetic blends). Thick terry and wool socks are for winter. You can find our
bamboo no-show socks and bamboo crew socks in the work socks category.The models below can be considered for summer use based on their protection class and upper. Always confirm the upper material, sole and additional markings on the product page and the label.
| Model | Class and toe cap | Note |
|---|---|---|
| Armadillo 99330 S1P Composite Toe Safety Shoes, Breathable Knit - Black | S1P, composite toe cap | Breathable knit upper, puncture-resistant midsole |
| Sixton Forza 43452-10L S1P Composite Toe Safety Shoes - Black | S1P, fibre composite toe cap, ESD | Micro-perforated upper; for ESD areas such as electronics production |
| Sixton Dance 91195-42L S1P Composite Toe Safety Shoes, Breathable Textile - Beige | S1P, composite toe cap | Breathable textile upper, puncture-resistant midsole |
| Uvex 1 8543 S1 Composite Toe Safety Shoes - Black | S1 | Micro-velour upper, slip-resistant PU sole; dry environments |
| Mekap 232 Rolax S1 Safety Shoes, Breathable Upper - Black/Grey | S1 | Breathable upper; dry, enclosed areas |
| Mekap 106 Rolax S3 Steel Toe Safety Shoes, Smooth Leather - Black | S3, steel toe cap | Leather upper; when you need it for outdoor sites and wet floors |
For all options, see the
composite toe safety shoes, steel toe safety shoes and all safety shoes categories. If you are buying for a team, you can request a quotation on our bulk and corporate orders page.No closed safety shoe stops sweating completely. The coolest options are usually S1 or S1P models with a perforated or mesh upper and a lightweight composite toe cap. Moisture-wicking socks and alternating two pairs make as much difference as the choice of shoe.
Yes. Steel and composite toe caps pass the same impact test (200 J). A composite toe cap conducts less heat because it is not metal and is usually lighter, so in hot weather most people find composite toe models more comfortable.
Yes. A perforated or open-mesh upper does not protect against water penetration, which is why these models cannot be S2 or S3. They should not be used on wet floors, outdoor sites or where liquids splash.
Yes, if your job requires water resistance and puncture protection; summer is not a reason to drop the protection class. S3 models can be warmer because of their closed construction. Thin moisture-wicking socks, a removable insole and daily drying improve comfort.
Sweat that builds up in a closed shoe is broken down by bacteria on the skin and inside the shoe, and this process produces the smell. Wearing the same shoes every day, putting them on again before they are dry and socks that hold moisture all make the odour worse.
Take the insole out every evening and dry it with the shoe at room temperature, alternate two pairs and change your socks every day. Deodorising powder or baking soda can be left inside overnight and shaken out the next day. Radiators, heaters and direct sunlight can damage leather and adhesive.
The shoe alone does not cause a fungal infection, but a foot that stays damp for a long time increases the risk. Keeping feet dry, changing socks daily and drying shoes reduce it. During antifungal treatment, shoes should also be dried thoroughly. If you have itching, peeling or cracks, ask a pharmacist or doctor.
Yes, on models with a removable insole. On antistatic, ESD or electrical-hazard footwear use only the insole recommended by the manufacturer; a different insole can affect these properties.
Sources:Regulation (EU) 2016/425 on personal protective equipment (EUR-Lex) · Council Directive 89/656/EEC on the use of PPE at work (EUR-Lex) · EN ISO 20345:2022 classes (Vitrin Online guide)
This guide was prepared by Vitrin Online on 26.10.2026. It provides general information. Always follow the product’s user instructions, the label and your workplace risk assessment.
We use strictly necessary cookies to run this website. With your explicit consent we also use analytics and marketing cookies; in this context some data may be transferred to service providers outside Türkiye. You can change your choice at any time. Details: Cookie Policy