2026-03-12
The Influence of Various Chemical Components in Cast Iron Enamel (3)
I. The Influence of Various Chemical Components on Cast Iron
Manganese in cast iron: Manganese generally does not have a significant impact on enamel quality.
2026-03-11
The Influence of Various Chemical Components in Cast Iron Enamel (2)
I. The Influence of Various Chemical Components on Cast Iron
Carbon in Cast Iron: Carbon exists as cementite, bound to free graphite. The total carbon content and the form in which carbon exists in the casting have a significant impact on enamel coating.
2026-02-05
Basic Knowledge of Inorganic Pigments (2)
Pigments can be classified according to their performance into high-performance pigments, traditional pigments, and effect pigments.
2026-02-04
Basic Knowledge of Inorganic Pigments
Pigments are substances that can color objects. Pigments are generally divided into inorganic pigments and organic pigments.
2026-01-30
Porcelain Enamel Ball Milling and Management(3)
A single grinding batch includes one or more enamel frits, clay, electrolytes, the required pigments, and water. Too much grinding material will decrease grinding efficiency and increase grinding time
2026-01-29
Porcelain Enamel Ball Milling and Management(2)
2. Optimal milling efficiency is achieved when the milling balls occupy 50-55% of the milling jar volume and the enamel frit occupies 22-25% of the volume.
2026-01-28
Porcelain Enamel Ball Milling and Management
The purpose of enamel ball milling is to mix and pulverize the enamel frit with appropriate abrasives to create a finely ground and evenly distributed water-based enamel slurry
2026-01-22
Cast Iron Enamel Technology and Production Process
Cast iron enamel generally refers to gray cast iron coated with enamel. Main products include bathtubs, valves, and cookware.