Enamel Coatings
As a market leader in Turkey and the world's second-largest enamel coating producer globally, Akcoat offers enamel coating solutions that provide an aesthetic appearance, high abrasion resistance, strong mechanical durability, and chemical resistance.
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Silo EnamelsIndustrial silos are structures used for the protection, storage, and storage of products such as agricultural, mineral, and construction materials.
Today, industrial silos are used to store various materials such as cement, minerals, calcite, petroleum products, chemical materials, perfumery chemicals, coal, ceramic powders, grains, flour, coffee, spices, and more.
Enamels are often preferred for silo coatings due to their hygienic properties, resistance to wear, and durability in corrosive environments.
All SpecsSL
TECHNOLOGY
Application Method Dipping / Electrostatic Powder
Number of Coats 1 coat / 2 coat
Thickness 160-240 μm
Impact Resistance 1-2/5
Acid Resistance OK
ETC Resistance OK Certification Reach, Rohs • Highly resistant to acids.
• Resistant to release of toxic elements.
• Resistant to sodium hydroxide at 80°C.
• Highly resistant to abrasion. -
Heat Exchanger EnamelsHeat exchanger enamels are used in the inner plate coatings of industrial heat exchangers such as natural gas, coal, fuel oil, power plants.
The industrial waste from these plants is separated through a filter. Heat exchanger enamels are resistant to such industrial waste. The high durability depends on the silicon content within the enamel structure.
All Specs• Highly resistant to sulfuric acid and water vapor.
• Enamel coating is hard as required by its areas of use.
• It is typically preferred in color blue.• Applicable as powder or wet.
• Coating is made with an average thickness of 170 micronsHEX
TECHNOLOGY
Application Method Spray / Electrostatic Powder
Number of Coats 1 coat Thickness 170-220 μm
Impact Resistance 1-2/5
Acid Resistance OK
ETC Resistance Optional
Certification Reach, Rohs • Used in heat exchangers in natural gas, coal fuel oil and power plants.
• Resistant to sulfuric acid.
• Typically blue due to high content of cobalt. -
Smart Fertilizer Frits Thanks to the slow-release fertilizer frits developed by Akcoat, the useful compounds are introduced into the soil in a controlled manner, avoiding the sudden introduction of large amounts of chemical elements into the soil and plant like conventional fertilizers. This results in higher yields and helps to reduce groundwater and soil pollution.All Specs1. Slow Release:
Due to the frits' oxidic structure, macro elements are trapped in the glassy structure, releasing slowly into the soil.
Phosphorus (P): Slow-release phosphorus frits prevent phosphorus from binding with carbonates in the soil, ensuring plants are well-nourished.
Potassium (K): Slow-release potassium frit technology prevents potassium accumulation in the soil, allowing plants to absorb it.
Microelements: Provides plants with essential elements like molybdenum, selenium, and zinc.
2. Economic:
• Applied once a year to the soil, eliminating the need for traditional fertilization mechanisms.
• Using waste frit materials as a source of macro and microelements in fertilizers contributes to the circular economy.
3. Rich Content:
Contains numerous elements in one composition compared to traditional fertilizer salts. Dissolves slowly over a year in acidic soils and over more than a year in basic soils.