AMStov Alkyd Melamine Stoving Paint – High-Performance Industrial Coating for Metal Substrates
AMStov Alkyd Melamine Stoving Paint – High-Performance Industrial Coating for Metal Substrates
AMStov Alkyd Melamine Stoving Paint – High-Performance Industrial Coating for Metal Substrates
AMStov Alkyd Melamine Stoving Paint – High-Performance Industrial Coating for Metal Substrates
AMStov Alkyd Melamine Stoving Paint – High-Performance Industrial Coating for Metal Substrates
AMStov Alkyd Melamine Stoving Paint – High-Performance Industrial Coating for Metal Substrates
AMStov Alkyd Melamine Stoving Paint – High-Performance Industrial Coating for Metal Substrates

Share:


AMStov Alkyd Melamine Stoving Paint – High-Performance Industrial Coating for Metal Substrates

AMStov Alkyd Melamine Stoving Paint is a premium high-performance industrial coating engineered for superior durability and chemical resistance. Formulated with a unique blend of alkyd resin and melamine formaldehyde, this stoving paint delivers an exceptionally smooth, resilient finish when cured at elevated temperatures. Designed for a wide range of metal substrates, AMStov offers optimal protection and longevity, making it the ideal choice for automotive components, appliances, metal furniture, and other industrial equipment exposed to harsh conditions.
  • Product Type: High-Performance Alkyd Melamine Stoving Paint
  • Resin Type: Alkyd Resin with Melamine Formaldehyde
  • Finish: Smooth, High-Gloss Finish
  • Color Options: Available in a range of colors 
  • Recommended Substrates: Ideal for Metal Substrates, Automotive Parts, Appliances, and Industrial Equipment
  • Scratch and Mar Resistance: Excellent resistance to scratching and surface marring
  • Gloss and Color Retention: High gloss and color stability even in challenging environments
  • Coverage: Approximately 8-10 m per liter at 50 microns dry film thickness (DFT)
  • Packaging Sizes: Available 20L cans








 Inquiry - AMStov Alkyd Melamine Stoving Paint – High-Performance Industrial Coating for Metal Substrates