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Powder coating is a 100% solid coating made from film-forming resins, pigments, fillers, and additives. It is applied through electrostatic spraying and cured by heat to form a durable, decorative, and protective finish.
Zero VOC emissions
High transfer efficiency (95–100%)
Excellent durability and corrosion resistance
Outstanding color and gloss stability
Recyclable and reusable powder
Suitable for automated production lines
Energy-saving and cost-effective
4E Advantages:
Efficiency
Excellency
Ecology
Economy
Featured:
Two spray applications, single curing process
Excellent edge coverage
Superior salt spray resistance
Lower comprehensive cost compared to traditional systems
Application:
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Applying Part
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Related Machine
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Coating System
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|---|---|---|
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Cab, hood, door panel, fender, sheet metal
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Excavators, road machinery, loaders, graders, engines, generators, cranes, fire engines, etc.
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Cathodic electrophoresis paint and powder coating
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Booms, sticks, etc. Structural parts
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Powder coating
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Silencers, exhaust pipes, etc.
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High temperature-resistant powder
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Tank, etc. Sheet metal
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Excavators, cranes, pile machines, fire engines
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Powder coating
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Forklift door frame, loader tank, ladder, etc. Sheet metal
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Road machinery, loaders, forklifts, excavators
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Powder coating
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Platforms, armrests, undercarriages, arm frames, fork frames, etc.
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Crane, high-altitude platform
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Powder coating
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Containers, tanks
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Special vehicles such as dirt trucks and concrete mixers
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Powder coating
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| Indicator | Powder Coating | Solvent-Based | Water-Based |
|---|---|---|---|
| VOCs | 0% | 10–85% | 20–85% |
| Coating Efficiency | 95–100% | 35–80% | 20–85% |
| Water Pollution | None | Medium–High | Medium |
| Solid Waste | None | Medium | Medium |
| Overall Application Cost | Low | Medium–High | Medium |
Powder coating significantly reduces environmental impact while improving coating performance and production efficiency.
