COATING AND FINISHING
Finishing coatings within a full-cycle production process
Radiator applies protective and decorative coatings as the final stage of metal product manufacturing. The processes are integrated into the overall production cycle and carried out on automated lines, ensuring stable parameters, quality control, and repeatable results in serial production.
Finishing can be provided either as a standalone service or as part of turnkey contract manufacturing.
COATING AND FINISHING
Radiator applies protective and decorative coatings as the final stage of metal product manufacturing. The processes are integrated into the overall production cycle and carried out on automated lines, ensuring stable parameters, quality control, and repeatable results in serial production.
01/ POWDER COATING.
Maximum part dimensions:● Workshop No. 1: height × width × length — 800 × 500 × 2,000 mm● Workshop No. 5, new line: 1,600 × 600 mmMaximum part weight: 20–25 kg per bar
Polymerisation oven — a thermally insulated chamber with heating elements, operating temperature 150–220°C.● High coating speed — up to 2 m²/min
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We provide professional powder coating services for parts, ensuring high adhesion and uniform coating application. We use modern automated lines with polymerisation, which ensures high quality and long-lasting coating durability.
Technical Specifications• Maximum part dimensions:- Workshop No. 1: height × width × length — 800 × 500 × 2,000 mm- Workshop No. 5, new line: 1,600 × 600 mm• Maximum part weight: 20–25 kg per bar• Limitation: complex part geometry may affect the coating of hard-to-reach areas
Key Line Components1.Transport system — conveyor for moving parts2.Powder spray booth — with a powder recirculation system3.Polymerisation oven — thermally insulated chamber with heating elements, operating temperature 150–220°C4.Spray guns — for electrostatic paint application5.Washing, rinsing, and drying chamber — for surface preparation before paint application
Process Description1.Surface preparation- Washing and degreasing- Chemical phosphating- Rinsing and drying to ensure adhesion2.Powder paint application- The part is grounded- The powder receives an electrostatic charge and adheres evenly to the surface3.Polymerisation- Parts enter the oven, where the paint melts and forms a solid coating- A strong, smooth, and wear-resistant surface is formed4.Cooling- After the oven, parts are cooled, gaining their final mechanical and decorative resistance
Colours and Systems• Powder paint is selected according to the technical specification• Colour — RAL, agreed with the customer• Polyester, epoxy, and hybrid powder coatings are used
Advantages of Our Line• Automated pass-through line with a curing oven• High coating speed — up to 2 m²/min• Uniform and durable coating, even on complex parts• Guaranteed adhesion and long-lasting coating durability
Powder coating is a reliable and aesthetic solution for the protection and decorative finishing of metal products.
01/ POWDER COATING.
Maximum part dimensions:
● Workshop No. 1: height × width × length — 800 × 500 × 2,000 mm
● Workshop No. 5, new line: 1,600 × 600 mm
Maximum part weight: 20–25 kg per bar
Polymerisation oven — a thermally insulated chamber with heating elements, operating temperature 150–220°C.
● High coating speed — up to 2 m²/min
More
We provide professional powder coating services for parts, ensuring high adhesion and uniform coating application. We use modern automated lines with polymerisation, which ensures high quality and long-lasting coating durability.
Technical Specifications• Maximum part dimensions:- Workshop No. 1: height × width × length — 800 × 500 × 2,000 mm- Workshop No. 5, new line: 1,600 × 600 mm• Maximum part weight: 20–25 kg per bar• Limitation: complex part geometry may affect the coating of hard-to-reach areas
Key Line Components1.Transport system — conveyor for moving parts2.Powder spray booth — with a powder recirculation system3.Polymerisation oven — thermally insulated chamber with heating elements, operating temperature 150–220°C4.Spray guns — for electrostatic paint application5.Washing, rinsing, and drying chamber — for surface preparation before paint application
Process Description1.Surface preparation- Washing and degreasing- Chemical phosphating- Rinsing and drying to ensure adhesion2.Powder paint application- The part is grounded- The powder receives an electrostatic charge and adheres evenly to the surface3.Polymerisation- Parts enter the oven, where the paint melts and forms a solid coating- A strong, smooth, and wear-resistant surface is formed4.Cooling- After the oven, parts are cooled, gaining their final mechanical and decorative resistance
Colours and Systems• Powder paint is selected according to the technical specification• Colour — RAL, agreed with the customer• Polyester, epoxy, and hybrid powder coatings are used
Advantages of Our Line• Automated pass-through line with a curing oven• High coating speed — up to 2 m²/min• Uniform and durable coating, even on complex parts• Guaranteed adhesion and long-lasting coating durability
Powder coating is a reliable and aesthetic solution for the protection and decorative finishing of metal products.
Technical Parameters.
Coating Speed
Curing Temperature
Temperature Resistance
Technical Parameters.
Coating Speed
Curing Temperature
Temperature Resistance
The coating ensures:
Layer uniformity
Resistance to mechanical and temperature impact
Colour stability
02/ENAMELLING.
We provide enamelling services for metal parts with high chemical and thermal resistance. We use a modern electrostatic powder enamel application line followed by firing, which ensures a uniform glass-like coating.
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Main Line Operation Stages:
1.Surface preparation- Cleaning and degreasing of products by wiping2.Enamel application- Dry powder electrostatic application method- The powder is attracted to the grounded part, ensuring uniform coating3.Drying- Preliminary moisture removal from the layer at 100–150°C- Helps prevent defects during firing4.Firing / glazing- Continuous furnace- Temperature: 750–900°C- Formation of a chemical bond between the enamel and the metal, creating a strong glass-like coating5.Cooling and quality control- Gradual cooling to prevent cracking- Inspection of layer integrity, absence of bubbles, and coating thickness
Advantages of Enamelling:• Chemical resistance — resistant to acids and alkalis• Heat resistance — withstands high temperatures• Hygiene — the smooth surface does not absorb odours or bacteria, which is critical for cookware and food-contact products
Enamelling is a reliable solution for decorative and protective coating of metal products with high durability.
Technical specifications
02/ENAMELLING.
We provide enamelling services for metal parts with high chemical and thermal resistance.
We use a modern electrostatic powder enamel application line followed by firing, which ensures a uniform glass-like coating.
More
Main Line Operation Stages:
1.Surface preparation
- Cleaning and degreasing of products by wiping
2.Enamel application
- Dry powder electrostatic application method
- The powder is attracted to the grounded part, ensuring uniform coating
3.Drying
- Preliminary moisture removal from the layer at 100–150°C
- Helps prevent defects during firing
4.Firing / glazing
- Continuous furnace
- Temperature: 750–900°C
- Formation of a chemical bond between the enamel and the metal, creating a strong glass-like coating
5.Cooling and quality control
- Gradual cooling to prevent cracking
- Inspection of layer integrity, absence of bubbles, and coating thickness
Advantages of Enamelling:
• Chemical resistance — resistant to acids and alkalis
• Heat resistance — withstands high temperatures
• Hygiene — the smooth surface does not absorb odours or bacteria, which is critical for cookware and food-contact products
Enamelling is a reliable solution for decorative and protective coating of metal products with high durability.
Process automation allows us to:
Ensure coating stability
Achieve high thermal and chemical resistance
Form a uniform surface
INTEGRATED WITH PRODUCTION
Radiator provides finishing coatings within a unified production cluster, helping to:
Reduce logistics costs
Minimise the risk of part damage
Ensure quality control at every stage
SERVICE PRICING
The final cost is calculated individually after receiving the technical specification.
Type of work
Powder coating
Unit
m²
Price, UAH excl. VAT
250
Type of work
Enamelling
Unit
m²
Price, UAH excl. VAT
250
INTEGRATED WITH PRODUCTION
Radiator provides finishing coatings within a unified production cluster, helping to:
Reduce logistics costs
Minimise the risk of part damage
Ensure quality control at every stage