Champagne Gold Hairline Stainless Steel Sheet with 0.65mm Thickness and Four Feet Size for Decorative Applications

• Type: Hairline Stainless Steel Sheet
• Technique: Cold Rolled/PVD Black Color/Hairline
• Packing: Wooden Case
• Delivery: Normally 7-15 days
• Regular Thickness: 0.65mm
• Grade: 304 Stainless Steel
• PVC Film: Normal 7C PVC FILM
• Regular Size: 1219x2438mm/1000x2000mm
• Anti-fingerprint available
• Feature: Sustainable

Extensively applied to architectural decoration, including elevator decoration, luxurious doors, outdoor projects, wall decoration, advertisement nameplates, sanitary ware, ceiling, corridor, hotel hall, shop facade, and more.

Also suitable for furniture, kitchenware, food industry, electronic industry, and medical equipment applications.

This hairline finish decorative stainless steel sheet features PVD champagne gold color coating, primarily made from 201, 304, 316, or 430 grade stainless steel. The surface undergoes brush processing and PVD color coating to create a distinctive hair texture and emerald color effect.

Ideal for wall decoration applications, this sheet can be enhanced with anti-fingerprint technology, providing both beautiful appearance and high-end texture while maintaining durability.

Hairline stainless steel sheet features fine, continuous parallel lines running along the sheet length, achieved through specialized grinding and polishing techniques. The grain is as fine as hair, straight and continuous, with a delicate surface texture and slightly lower reflectivity than satin stainless steel.

This authentic and beautiful metal surface treatment enhances the natural texture of metal, particularly when combined with matte effects for superior aesthetic appeal.

PVD Color Coating utilizes Physical Vapor Deposition to add vibrant colors to stainless steel surfaces while preserving the material's inherent durability and corrosion resistance. This advanced technique deposits a thin, colored layer that enhances visual appeal without compromising the steel's fundamental properties.