1 Advanced Technology Behind UNE Series

The UNE series integrates upgraded production processes to ensure:

1 Improved particle grading accuracy
2 Enhanced surface treatment stability
3 Better dispersion consistency
4 Refined metallic texture

Unlike standard aluminium paste products, the UNE series focuses on fine particle control and surface uniformity, making it particularly suitable for demanding applications such as 3C coating and automotive topcoats.

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2 Product Characteristics

The Silver Rocket UNE series offers the following key advantages:

• Latest generation high-brightness effect
• Fine particle size distribution
• Excellent metallic texture and smooth finish
• Stable solvent-based system
• Suitable for multi-layer coating structures

The product uses high boiling point aromatic hydrocarbon solvent (HA type), ensuring stable storage and controlled evaporation during application.

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3 Performance Parameters

The UNE series includes multiple grades to meet different brightness and texture requirements.

The silver dollar particle morphology provides a smoother, more refined metallic appearance compared to conventional corn-flake structures.

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4 Why Non-Leafing Aluminium Paste for High-End Coatings?

Non-leafing aluminium paste distributes evenly throughout the coating film instead of floating to the surface. This structural behavior offers several benefits:

1 Better adhesion between layers
2 Compatibility with clear topcoats
3 Enhanced mechanical durability
4 Improved long-term stability

For automotive metallic finishes and electronic device casings, uniform metallic texture is critical. UNE achieves consistent brightness without surface floating issues, making it suitable for multi-layer coating systems.

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5 Application in 3C Coating

In 3C (computer, communication, and consumer electronics) applications, coating systems require:

• Fine metallic appearance
• Smooth tactile surface
• Strong abrasion resistance
• High color consistency between batches

UNE805 and UNE806 grades, with smaller particle size (6–7 μm), are particularly suitable for electronic device housings where refined metallic texture is required.

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6 Application in Automotive Coating

Automotive coatings demand:

• Uniform metallic orientation
• Clear coat compatibility
• Long-term UV stability
• High-end visual depth

UNE807 and UNE808 grades provide slightly larger particle size options to create richer metallic depth while maintaining smoothness.

The silver dollar particle shape enhances light reflection uniformity, delivering a premium metallic finish required in automotive exterior and interior components.

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7 Comparison with Conventional TAP Series

Compared with traditional TAP non-leafing series:

1 UNE offers improved brightness consistency
2 Better particle grading precision
3 Enhanced metal texture smoothness
4 More stable dispersion in solvent-based systems

These improvements help coating manufacturers reduce defect rates and improve final product consistency.

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8 Stable Solvent System

The UNE series utilizes high boiling point aromatic hydrocarbon solvent, providing:

• Reduced volatility during storage
• Stable viscosity control
• Improved processing safety
• Better compatibility with industrial coating formulations

This solvent system ensures long shelf life and reliable large-scale production performance.

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9 Market Outlook

As consumer electronics and automotive industries continue upgrading their exterior finishes, demand for high-brightness non-leafing aluminium paste will expand.

The UNE series is designed to meet:

• High-end decorative coating requirements
• Precision metallic texture control
• Large-scale industrial manufacturing stability

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Conclusion

Silver Rocket UNE Non-Leafing Aluminium Paste represents a next-generation solution for manufacturers seeking premium metallic effects in 3C and automotive coatings.

With advanced surface treatment technology, precise particle control, and stable solvent formulation, the UNE series delivers improved brightness, fine metallic texture, and consistent industrial performance.

For coating formulators looking to upgrade metallic appearance and production stability, selecting the appropriate UNE grade based on particle size requirements is essential for achieving optimal coating results.

For detailed technical data, sample requests, or bulk supply information, professional consultation is recommended to ensure compatibility with your coating system.