Product List-Hainan Jiemeng

1215 943 high-solid epoxymicaceous iron coating

1215 is an epoxy high-build coating with high solid content and two-component polyamide curing. The functional pigmentcontaining mica iron oxide forms a coating with excelent mechanical strength after curing. This coating provides excelentcorrosion resistance.

7591 839 long-acting high-build antifouling coating

7591 is a high-performance and long-acting non-tin self- polishing antifouling coating composed of acrylic resin as base material,cuprous oxide as main antifouling agent and deep additives, etc, The paint film has excellent antifouling efect and can preventmarine organisms from fouling the ship bottom for a long time. The antifouling period can reach more than 36 months.

1170 706 antirust coating

1170 is an antirust coating composed of synthetic resin as basematerial, antirust pigments (including zinc phosphate, iron oxide redand aluminum powder), fillers, additives and solvents. lt provides goodantirust performance and quick drying.

1361 616 chlorinated rubber iron red high-buildantirust coating

1361 is an antirust coating composed of chlorinated rubber, iron red and other antirust piaments,plasticizers,additives and solvents. lt has excellent corrosion and water resistance.

1360 615 Chlorinated Rubber AluminumPowder Antirust Coating

1360 is an antirust coating composed of chlorinated rubberplasticizer, aluminum powder and other antirust pigments,additives and solvents. lt has excellent corrosion and waterresistance.

Edible rapeseed oil

Rapeseed oil, commonly referred to as rapeseed oil (hereinafter “rapeseed oil”), is a clear or semi‑clear liquid obtained by pressing rapeseed (hereinafter “rapeseed”), exhibiting a golden or brownish‑yellow color.

WMJSD200 New-Generation Rear-Discharge Static Sand Mill

A combined discharge system featuring a centrifugal turbine and an annular-slot screen ring is employed, resulting in increased production capacity—approximately 20% higher than that of conventional dynamic discharge designs.

WMJSD100 New-Type Rear-Discharge Static Sand Mill

A combined discharge system featuring a centrifugal turbine and an annular-slot screen ring is employed, resulting in increased production capacity—approximately 20% higher than that of conventional dynamic discharge designs.

WMJSD60 New-Model Rear-Discharge Static Sand Mill

A combined discharge system featuring a centrifugal turbine and an annular-slot screen ring is employed, resulting in increased production capacity—approximately 20% higher than that of conventional dynamic discharge designs.

WMJSD50 New-Type Rear-Discharge Static Sand Mill

A combined discharge system featuring a centrifugal turbine and an annular-slot screen ring is employed, resulting in increased production capacity—approximately 20% higher than that of conventional dynamic discharge designs.

WMJSD30-1 New-Type Rear-Discharge Static Sand Mill

By employing a discharge method that combines a centrifugal turbine with an annular screen ring, the production capacity has increased by approximately 20% compared to conventional dynamic discharge configurations.

WMJSD20 New-Generation Rear-Discharge Static Sand Mill

By adopting a discharge method that combines a centrifugal turbine with an annular screen ring, the production capacity has increased by approximately 20% compared with conventional dynamic discharge configurations.

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