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Best protection against slip accidents on metal surfaces

Metal surfaces become slippery when wet. They then pose a very significant risk of accidents, especially in a commercial environment. For safety, there is Antirutsch Metall from Priotech with the Protec R13 series. Our anti-slip coatings adhere excellently to metallic surfaces - provided the surface is correctly and thoroughly pre-treated. On this page, we present our coatings and offer you a wealth of useful information on the subject of "Anti-slip on metal surfaces".

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Why do metal surfaces become so slippery when wet?

Metal surfaces become slippery when wet. They then pose a significant risk of accidents, especially in commercial settings. There can be various reasons why metallic surfaces become so slippery.

Smoothness of the surface: Metal often has a smooth surface that becomes slippery when wet because the water forms a thin layer that reduces direct contact between shoe soles and the metal.

Water film: When water collects on metal surfaces, it forms a film that acts as a lubricant. This reduces friction and increases the risk of slipping.

Surface texture: Many metal surfaces are not textured or rough enough to provide sufficient grip, especially when wet.

Chemical reactions: In some cases, water can react with certain metal alloys and alter the surface structure, leading to a slippery surface.

Metal surfaces are particularly dangerous at sub-zero temperatures. At cold temperatures, water on the metal surface can turn into ice, making stairs and floors extremely slippery.

To minimize the risk of slipping, anti-slip coatings or special materials are often used to increase friction.

Which types of metal can be coated with our anti-slip coatings?

Our anti-slip coatings can be applied to various types of metal, including:

Steel: Commonly used in industrial applications, it can be treated well with anti-slip coatings.

Stainless steel: Resistant to corrosion and ideal for hygienic environments where slip resistance is important.

Aluminum: Lightweight and corrosion-resistant, it can also be provided with anti-slip coatings.

Cast iron: Due to its robustness, it can also be treated with anti-slip coatings.

Brass and bronze: These metals can also be coated with anti-slip finishes for specific applications.

It is important to consider the specific properties of the anti-slip coating as well as the type of metal to ensure optimal adhesion and durability.

Where are Priotech Industrie's anti-slip coatings for metal surfaces used?

Priotech Industrie anti-slip coatings are used on metallic substrates in a variety of applications, including:

Industrial floors: In factories and warehouses where machinery and vehicles operate, to ensure employee safety.

Stairs and ladders: To minimize the risk of slipping in areas with frequent access and to increase safety.

Balconies and outdoor stairs: On metallic surfaces exposed to weather conditions, to create a non-slip surface.

Vehicle and machinery surfaces: On trucks, trailers, and other vehicles to increase safety when entering and exiting.

Workshops: On floors and work surfaces where there is a risk of slipping or falling, especially in areas with oil or water.

What are the most common causes of slip accidents in industrial environments?

The most common causes of slip accidents in industrial environments are:

Wet or slippery surfaces: Water, oil, chemicals, or other liquids that get onto the floor significantly increase the risk of slipping.

Contaminated floors: Dust, dirt, and other debris can reduce slip resistance and lead to accidents.

Uneven surfaces: Uneven, damaged, or worn floors can pose tripping hazards and increase the risk of slipping.

Inadequate lighting: Poor visibility can mean that hazards are not detected in time.

Improper use of equipment: Incorrect handling of machinery or wearing unsuitable footwear can increase the risk of slipping.

Lack of training and safety awareness: If employees are not informed about hazards and safety measures, the likelihood of slip accidents increases.

Congested work areas: Cramped or cluttered spaces can hinder movement and increase the risk of slip accidents.

What makes Priotech Industrie's anti-slip coatings particularly suitable for application on metal?

Priotech Industrie's anti-slip coatings are particularly suitable for use on metal for several important reasons.

Excellent adhesion: Priotech coatings are specifically formulated to ensure strong adhesion to metal surfaces, which reduces the risk of peeling.

Corrosion protection: Many of these coatings provide additional protection against corrosion, which is crucial for metal surfaces in order to extend their service life.

Anti-slip properties: The textures and formulations of Priotech coatings are designed to maximize slip resistance, especially in wet or oily environments.

Chemical resistance: The coatings are often resistant to various chemicals, making them ideal for industrial applications where such substances may be present.

Versatility: Priotech offers a range of products suitable for different types of metal and applications, whether for floors, stairs, or machine surfaces.

Easy application: The products are user-friendly and can be applied with minimal effort, allowing for quick and effective application.

These features make Priotech anti-slip coatings an excellent choice for improving the safety and durability of metal surfaces.

Use Cases

Our anti-slip coating Protec Invisible is used in private, commercial, and industrial environments.

  • Schiffsdeck mit nassem Boden

    Metal floors

    Metal floors on ships, in storage rooms or operating facilities 

  • Hebebühne aus Metall

    Vehicles

    Aerial work platforms, cranes, construction machinery, other vehicles

  • Laderampe LKW aus Metall

    Body structures

    Vehicle bodies, ramps and loading areas, other vehicle parts

  • Treppenrampe aus MEtall

    Paths

    Stairs, ramps, entrances, metal handrails

How must metal surfaces be prepared for an anti-slip coating?

Preparing metal floors for an anti-slip coating is crucial for the adhesion and durability of the coating. Here are the steps that should generally be followed.

Cleaning: Remove dust, dirt, oil, grease, and other contaminants from the surface. This can be done by sweeping, mopping, or using high-pressure cleaners. In many cases, the use of degreasers or special cleaners is recommended.

Surface treatment: Depending on the condition of the metal, a surface treatment may be necessary, e.g., sanding or sandblasting. These methods help to roughen the surface, which improves the adhesion of the coating.

Removal of rust: If present, rust must be thoroughly removed. This can be done by sanding, sandblasting, or using chemical rust removers.

Drying: Ensure that the surface is completely dry before the anti-slip coating is applied. Moisture can impair adhesion.

Surface inspection: Check the surface for cracks or damage. These should be repaired to ensure an even coating.

Application of a primer: In many cases, it is recommended to apply a primer or adhesion promoter to further improve the adhesion of the anti-slip coating.

By carefully preparing the metal surface, the effectiveness of the anti-slip coating can be maximized and its service life extended.

At what temperatures should the coating be applied?

The optimal temperature for applying an anti-slip coating to concrete floors varies depending on the product, but in general, the following guidelines apply.

Recommended temperature range: Our anti-slip coatings should be applied at temperatures between 10 °C and 30 °C. This ensures that the coating adheres well and cures properly.

Avoiding extreme temperatures: At temperatures below 10 °C, the curing of the coating can be impaired, which can lead to poor adhesion and longer drying times. At temperatures above 30 °C, the coating may dry too quickly, which can also negatively affect adhesion and the final result.

Humidity: Air humidity also plays a role. High humidity can prolong drying time, while low humidity can accelerate curing. It is important to consider the conditions specified by the manufacturer.

Floor and substrate temperature: The temperature of the concrete floor itself should also be taken into account. It should ideally be within the recommended temperature range to ensure that the coating adheres well.

It is important to follow the specific instructions of the anti-slip coating manufacturer to achieve the best results.

How long does it take for the anti-slip coating to dry?

The drying time of an anti-slip coating on metal floors can vary depending on the type of coating, ambient temperature, humidity, and the thickness of the applied layer. In general, here are some guide values.

Touch-dry time: As a rule, the coating can be touched after about 1 to 2 hours without being damaged.

Through-drying time: Complete through-drying can take between 24 and 48 hours, depending on the specific product instructions and environmental conditions.

Curing time: For maximum strength and adhesion, it may take up to a week for the coating to fully cure before being subjected to intensive stress or traffic.

It is important to follow the manufacturer's specific instructions, as these can vary depending on the product. In addition, one should take into account the ambient conditions, as higher temperatures and lower humidity can shorten the drying time.

How long does an anti-slip coating last on metal floors?

The durability of an anti-slip coating on metal floors can vary significantly, depending on several factors such as:

Type of coating: High-quality epoxy or polyurethane coatings generally have a longer service life than simpler acrylic coatings.

Operating conditions: In high-stress areas with heavy foot or vehicle traffic, the coating can wear out faster.

Environmental influences: Factors such as humidity, temperature, UV radiation, and chemical exposure can affect durability.

Preparation and application: Thorough surface preparation and proper application of the coating are crucial for longevity.

In general, it can be said that anti-slip coatings on metal floors last between 3 and 10 years, with some specially developed products potentially lasting even longer if used under optimal conditions. Regular inspections and maintenance can also help extend the service life of the coating.

How do you clean metal surfaces that are coated with an anti-slip finish?

Cleaning metal floors with an anti-slip coating requires special care to avoid damaging the coating. Here are some recommended steps.

Dry cleaning: Sweep the floor thoroughly first to remove dust, dirt, and loose particles. Use a broom or a vacuum cleaner.

Wet cleaning: Use a mop or a cloth to wipe the floor with warm water and a mild detergent. Avoid aggressive chemicals that could attack the coating.

Use of special cleaners: For stubborn stains or contamination, special cleaners suitable for anti-slip coatings can be used. Be sure to follow the manufacturer's instructions.

Brushing for hard-to-reach areas: Use a soft brush to reach into grooves or textures of the anti-slip coating without damaging the surface.

Thorough rinsing: After cleaning, rinse the floor thoroughly with clean water to remove soap residue that could become slippery.

Drying: Let the floor air dry or use a mop to remove excess water and accelerate drying.

Regular maintenance: Carry out regular cleanings to prevent the accumulation of dirt and contamination and to maintain slip resistance.

Through proper care and cleaning, you can extend the service life of the anti-slip coating and maintain the safety of the surface.
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