pipe connector
Stainless steel components
wrought iron
Grating steps
Grating
Sliding gate fittings
Sealing plugs and protective caps
Long-lasting protection
High-quality micaceous iron oxide coating for long-term corrosion protection – now available at FeNau!
Our micaceous iron oxide coating is ideal for decorative, long-term corrosion protection of galvanized steel, sheet metal, aluminum or primed substrates. It also provides optimum protection as a protective coating for rigid PVC and GRP (glass-fiber reinforced plastic).
Versatile applications:
- Industrial plants
- Halls
- Steel structures
- Garage doors
- Fences
- Pipes and many other applications
Benefit from the outstanding quality and durability of our micaceous iron oxide coating. Visit FeNau today and discover our comprehensive range for your individual requirements!
Why buy from FeNau?
- Comprehensive range: Everything you need for perfect corrosion protection.
- Outstanding quality: Products you can rely on.
- Expert advice: Our experienced team is on hand with help and advice.
Don't wait – get the best corrosion protection for your projects, only at FeNau!
Schuppenpanzer P - FENCES! and STEEL
High-build coating
Fast-drying topcoat for fences and steel structures
Decorative long-term corrosion protection for galvanized steel, sheet metal, aluminum or primed substrates, and as a decorative protective coating for rigid PVC and GRP, e.g. industrial plants, halls, steel structures, garage doors, fences, pipes, etc.
Product features:
Our corrosion protection coatings offer the following benefits:
- Long-term corrosion protection: All products provide reliable, durable protection against corrosion, even under the toughest conditions.
- Weather resistance: Resistant to water, chemicals and extreme temperatures, our coatings are suitable for use in a wide range of climates and environments.
- Easy application: The coatings are easy to apply for professionals and DIY users alike. They can be brushed, rolled or sprayed.
- Versatility: Our products are suitable for various substrates such as steel, aluminum, galvanized surfaces and plastics.
Areas of application:
Our corrosion protection coatings are ideal for protecting and decorating a wide variety of surfaces, including:
- Steel structures and pipework
- Industrial plants and machinery
- Halls and buildings
- Garage doors and fences
- Modern and antique wrought ironwork
Consumption:
- 300 - 350 g/m2
Dry film thickness:
- 80 - 100 μm
Efficiency — saves working time & money.
Resistance to aggressive atmospheres.
When a material is described as "resistant to aggressive atmospheres", this means that it remains stable under such conditions and that its properties (such as strength, color and structure) are not significantly affected. This is particularly important in industrial or extreme environments, where materials are often exposed to extreme conditions.
Drying, fast surface & through drying.
Fast surface and through drying means that the applied material (e.g. a paint or coating) dries and cures faster both on the surface and at depth than is the case with conventional materials. This can be desirable for various reasons:
Time savings
Cost efficiency: In industrial processes where time and efficiency are critical, fast drying can lead to cost savings.
Schuppenpanzer O for roofs
Top coat
Weather-resistant coating material
Decorative long-term corrosion protection for galvanized steel or primed substrates, e.g. roofs, gutters, pipes, etc.
Product features:
Our corrosion protection coatings offer the following benefits:
- Long-term corrosion protection: Effectively protects galvanized surfaces against corrosion and extends the service life of the treated materials.
- High weather resistance: These coatings withstand a wide range of weather conditions, including intense UV radiation and high humidity.
- Versatile applications: Suitable for various substrates such as galvanized steel, aluminum and primed surfaces. Ideal for roofs, gutters, pipes and more.
- Environmentally friendly: Many of our products are free from environmentally harmful heavy metal compounds, contributing to occupational and environmental protection.
Areas of application:
Our corrosion protection coatings are ideally suited for:
- Galvanized steel structures
- Roofs and facades
- Gutters and downpipes
- Pipework and fences
- Existing coatings that need to be refreshed and protected
Coverage:
- 80 g/m2
Dry film thickness:
- 40 μm
Schuppenpanzer Unigrund P
Base for coating systems
High-build universal primers for steel, zinc, aluminum and rigid PVC, e.g. industrial plants, steel structures, pipelines, halls, garage doors, fences, modern and antique wrought ironwork
Available in white, mouse gray, oxide red
Product features:
Our high-performance corrosion protection products offer the following features:
- Long-term corrosion protection: Developed to extend the service life of steel, aluminum and galvanized surfaces by providing effective protection against corrosion.
- Durability: Our products are resistant to weathering, chemical stress and high temperatures, making them ideal for demanding environments.
- Easy application: The coatings are effortless to apply, whether by brush, roller or spray, and provide even coverage and strong adhesion.
- Versatile use: Suitable for a wide range of applications, including industrial plants, steel structures, garage doors and more.
Areas of application:
Our corrosion protection coatings are ideal for protecting a wide variety of surfaces and extending their service life, especially in the following areas:
- Industrial plants: Protection of machinery, pipelines and other industrial equipment.
- Structures: Increased durability of steel structures, halls and fences.
- Wrought ironwork: Suitable for both modern and antique pieces, preserving their aesthetic and functional value.
Product recommendations:
In this category you will find proven products such as:
SCHUPPENPANZER®-P high-build: A colored high-build coating developed specifically for the protection of galvanized steel, aluminum and primed surfaces. It offers outstanding weather resistance and is ideal for use under extreme conditions.
SCHUPPENPANZER®-Unigrund-P: A fast-drying universal primer that forms an excellent base for durable coating systems. It is suitable for steel, zinc and aluminum and can be overcoated with solvent-based paints
Consumption:
- 200 - 300 g/m2
Dry film thickness:
- 80 - 100 μm
Schuppenpanzer Zinc Protection
For protection and touch-ups
For the protective coating of objects exposed to severe corrosion and for repairing damaged areas in galvanized surfaces.
Available in zinc gray
Consumption:
- 200 g/m2
Dry film thickness:
- 40 μm
Brush
A brush lets you apply thick coats. Apply SCHUPPENPANZER evenly and generously without spreading it too thin. Be sure to brush in one direction only so the pigments align properly along the brush stroke. The material offers good flow and leveling. Thin SCHUPPENPANZER only to compensate for evaporation losses.
Roller
A roller lets you coat large areas quickly and with almost no material loss. When applying SCHUPPENPANZER, no blistering occurs. The film thickness is usually somewhat lower than with other methods, so an additional coat is required. Make sure to roll the material evenly in one direction. With SCHUPPENPANZER P, streaking may occur due to rapid drying. When rolling as well, SCHUPPENPANZER should only be thinned to compensate for evaporation losses.
Airless Spraying
For airless spraying, SCHUPPENPANZER should be applied undiluted wherever possible, using a large nozzle (0,41 mm - 0,66 mm), high pressure (at least 180 bar) and a coarse filter mesh (at least 250 µm). This method achieves higher film thicknesses than roller application
Air Spray Application
For air spray application, SCHUPPENPANZER is applied at high pressure with a large nozzle (2,2 - 2,5 mm) and with as little thinning as possible. Please note that SCHUPPENPANZER is not an automotive paint. If a particularly fine surface finish is desired, a light mist coat of thinned material can be applied at the end.
ESTA Application
ESTA application is possible in order to minimize material loss. However, this method is not recommended when using SCHUPPENPANZER P Dickschicht bürstbar or SCHUPPENPANZER Zinkschutz.
Old Paint Coatings
Galvanized surfaces beneath a primer must not be overcoated with synthetic resin paints. Always use the same system (synthetic resin on synthetic resin, PVC on PVC). The new coating must be more elastic than the primer to prevent cracking. Loose old coatings must be removed and thorough cleaning is required. The surface must be dry before the new coating is applied. Light sanding or blasting is ideal and should be tested on an inconspicuous area
Steel
With appropriate pretreatment, steel provides an unproblematic substrate. Without such treatment, however, there is a considerable risk of corrosion, as corrosion can set in immediately depending on the ambient conditions. This typically shows as discoloration caused by iron oxide.
The substrate offers the best properties when the surface is pretreated by blasting and then coated immediately or, for example, phosphated. In general, we recommend working on steel substrates with a blasting profile of at least 40 µm and a cleanliness grade of at least SA 2 ½. The use of rust converters is not recommended.
Galvanized Steel
With galvanized steel, corrosion starts immediately, but it is difficult to detect due to the white rust that forms. Zinc is not resistant to acids and alkalis, which frequently occur in industrial atmospheres.
Galvanized steel is a demanding substrate for coatings. Application errors often go undetected for a long time. The use of unsuitable paint systems, such as synthetic resin paints, can lead to the formation of zinc soaps, resulting in a loss of adhesion. Inadequate preparation can leave residues from the galvanizing process (e.g. flux, zinc ash) or corrosion products formed during storage and transport (e.g. zinc oxide, zinc hydroxide, zinc carbonate) on the surface.
Aluminum
Aluminum provides a straightforward substrate for suitable coating systems. The coating serves primarily for visual reasons and to protect against aluminum's limited resistance to alkalis and certain acids, which occur in industrial atmospheres, for example.
Preparation requires thorough cleaning and, where necessary, light sanding of the surface.