FAQ – for customers

The safety boots are certified in accordance with the latest European safety standards, including:

• EN ISO 20345:2022 this is the current European standard specifying the requirements for safety footwear used at work. The boots complying with this standard are equipped with a steel protective toe cap that withstands impact and pressure, and also meet additional criteria regarding slip resistance, energy absorption in the heel part, water resistance, antistatic properties or insulation from cold and heat – depending on the class and model.
• EN ISO 20347:2012 applies to occupational footwear without a protective toe cap, but with other protective properties, such as slip resistance, antistatic properties, energy absorption in the heel.

In the Camminare Boots offer you will find models that meet the requirements of both of these standards, in various safety classes (e.g. S4, S5, SB, OB, SRC, SRB), tailored to the specifics of the work and the individual needs of users.

A full list of certificates and detailed information about each model is available in the “Certificates” tab on our website.

Why choose boots with the EN ISO 20345:2022 certificate?

This is a guarantee that the footwear has been tested and meets the highest safety standards applicable throughout Europe, providing effective foot protection in demanding working conditions.

Not all models of Wellington boots in our offer are resistant to chemicals.
Chemical resistance depends on the specific model and materials used.
Wellington boots designed for work in environments where there is contact with oils, fats or light chemicals have appropriate markings and certificates confirming their protective properties (e.g. FO, SRB, SRC).

How to check resistance to chemicals?

Before choosing protective footwear, always read the product card and technical specifications of the given model. In the description of each product on our website you will find information on the level of protection, including resistance to chemicals, oils or fats. Selected models that have a clear marking of chemical resistance have been tested and certified in this respect.
The selection of appropriate protective footwear should always be preceded by a risk analysis and a precise definition of the work environment. Using Wellington boots that are not designed for contact with chemicals carries serious risks to the health and life of the user. Contact with aggressive chemicals can quickly damage the material from which the Wellington boots are made. Damaged footwear from the manufacturer loses its protective properties – it ceases to be a barrier against harmful substances. As a result, the user is exposed to direct skin contact with chemicals, which can cause irritation, burns, allergic reactions and even serious injuries. Long-term use of inappropriate health and safety Wellington boots in a chemical environment increases the risk of accidents at work and serious health consequences.

Selected models of our Wellington boots are equipped with a steel toe cap, which effectively protects the toes from mechanical injuries. The steel toe cap withstands impacts with energy up to 200 J, which meets the requirements of the EN ISO 20345 standard for safety footwear.

Our offer also includes models without a toe cap, intended for lighter applications or for work where additional toe protection is not required.

How to check if a given model of safety Wellington boots has a steel toe cap?

Information about the presence of a steel or composite toe cap can be found in the technical specification of each product on our website. It is always worth making sure that the selected model meets the safety requirements appropriate for your work environment. In case of doubt, please contact us – we will be happy to advise you on the best solution!

There are technical data and studies that confirm the exceptional resistance of EVA material to low temperatures:

• Flexibility and resistance to frost: EVA retains its flexibility, does not stiffen or crack even at very low temperatures. Technical sources indicate “good flexibility at low temperatures down to -70°C”. This makes EVA an ideal material for applications in extreme conditions, such as work boots, fishing boots or outdoor equipment.
• Thermal insulation: EVA provides excellent insulation against cold thanks to its low thermal conductivity and closed-cell structure, which prevents the penetration of cold and moisture into the interior of the footwear. This is one of the main reasons why this material is chosen for the production of footwear for harsh climatic conditions.
• Durability and impact resistance: Even in severe frost conditions, EVA does not crack, does not crumble and retains its mechanical properties, protecting the feet from injuries and pressure.
• Research and testing: The mechanical properties of EVA have been laboratory-confirmed – flexibility and impact resistance are maintained even when tested at temperatures of -40°C and lower. Some studies indicate that below -40°C EVA may become slightly stiffer, but does not lose its structural integrity, unlike other plastics that may crack or break.
• Practical applications: EVA is widely used in the production of galoshes, inserts, seals and coatings designed to work at very low temperatures precisely because of these unique properties.

Yes, protective boots made of EVA and innovative EVA++ material perfectly insulate against cold and are adapted to work in very low temperatures.
Depending on the model, we offer boots with thermal insulation ensuring comfort of use even at temperatures from -30°C to even -70°C.

EVA material, unlike many other materials, does not crack, does not crumble and does not lose elasticity in frost. Even with long-term exposure to very low temperatures, EVA retains its strength and elasticity – it does not freeze and does not become stiff. Thanks to this, the boots remain comfortable and safe even when working in extreme conditions.

Each model has an individually defined resistance to cold – you can always find detailed information on this in the data sheet of a given Stival on our website.
Additionally, we offer various types of warmers (felt, fleece inserts), which allow you to even better adapt the footwear to the working conditions and individual needs.

Products made of EVA (ethylene vinyl acetate copolymer) have many advantages over traditional materials such as rubber, PVC or PU:

• Exceptional lightness: EVA is much lighter than rubber or PVC, which translates into comfort of wearing, especially during long-term use.
• Flexibility and comfort: The material is very flexible and elastic, perfectly adapts to the shape of the foot and provides high comfort of use.
• Great cushioning: EVA effectively absorbs shocks, protecting the joints and increasing comfort while walking.
• Resistance to low temperatures: EVA does not stiffen, does not crack and does not lose its properties even at very low temperatures (even down to -70°C).
• Resistance to moisture and hydrolysis: The material does not absorb water, does not degrade under the influence of moisture and does not deform.
• Durability: EVA products are resistant to abrasion, do not crack and retain their properties even with intensive use.
• Ease of cleaning: The smooth surface of EVA makes the products easy to keep clean.
• No unpleasant odors: EVA does not emit irritating odors, which is especially important in everyday products.

Thanks to these properties, EVA products are the perfect choice for people who value comfort, durability and safety – both at work and every day.

Yes, products made of EVA are characterized by high resistance to abrasion, tearing, cracking and deformation. This material retains its shape and properties even with intensive, everyday use, which translates into an exceptionally long service life of the products.

Additional advantages:

• • EVA is resistant to water and many chemicals, so it does not lose its properties even in difficult working conditions.
  • The material does not crumble or crack under the influence of low temperatures or moisture.
  • EVA products are easy to keep clean and do not require special maintenance.

Thanks to these properties, EVA safety footwear and accessories are an excellent choice for people who expect durability, reliability and comfort for a long time.

Yes, products made of EVA are exceptionally safe for both children and allergy sufferers. One of the key advantages of this material is its closed-cell structure. This means that EVA consists of millions of tiny, closed air cells. Thanks to this, the material is impermeable to water, dust, bacteria and other external contaminants. The closed-cell structure means that EVA does not absorb moisture or sweat, which prevents the growth of mold and fungi – this is especially important in products for children. The material does not emit harmful substances, does not cause allergies and does not cause skin irritation, even with prolonged contact. EVA does not contain toxic additives such as BPA or formamide, and its safety is confirmed by CE and REACH certificates.

Why is it important for children?

EVA products are light, soft and pleasant to the touch, which minimizes the risk of injuries during play or use. The lack of moisture and dirt absorption makes the material easy to keep clean – just wipe with a damp cloth. EVA does not emit unpleasant odors and does not cause allergic reactions, making it an ideal choice for the youngest and people with sensitive skin.

Caring for EVA products is very simple and does not require specialist products. Here are some practical tips:

Everyday cleaning:

• Use warm soapy water and a soft cloth or sponge.
• For more difficult stains, you can use a mild dishwashing liquid dissolved in lukewarm water.
• Removing stubborn stains: for heavier stains, soak the product in water with a small amount of detergent before cleaning.

What to avoid:

• Do not use aggressive chemicals, bleaches or solvents.
• Avoid hard brushes, steel wool and rough sponges that can scratch the EVA surface.

Drying:

• After washing, rinse the product thoroughly with clean water and dry flat, preferably at room temperature.
• Avoid drying on a radiator, heater or in direct sunlight – high temperatures can cause deformation or discolouration.
• With regular and gentle care, EVA products will retain their appearance, elasticity and properties for a long time.

The photos displayed on the website are for illustrative purposes only. Colors, details, and proportions may differ slightly from the actual product.
Due to the specific nature of the EVA production process, color variations may occur between different batches. Differences in shade, hue, or texture are natural and result from the characteristics of raw materials and coloring methods. Such variations are common in the industry and are not considered product defects.

Each pair of EVA footwear is therefore unique, and customers are encouraged to view these nuances as part of the natural character of EVA products.

In footwear made of EVA foam, the key parameter when choosing the right size is the internal insole length, as it determines comfort and proper fit to the foot.
The external length of the shoe may vary slightly between production batches due to the natural properties of EVA material (expansion and shrinkage during the molding process).

The acceptable tolerance of the internal insole length is ±0.5 cm.

1. Remove the liner from the boot.
2. Put the liner on your foot, making sure it fits snugly around your heel and toes.
3. Insert your foot into the boot while wearing the liner.
4. Fold the upper edge of the liner over the boot’s shaft to keep it securely in place while walking.

The liner can be easily removed for drying or washing, ensuring long-lasting comfort and hygiene.