Ultra Thin Stone Veneer

Ultra Thin Stone Veneer – High-Performance Lightweight Panels for Modern Stone Curtain Walls

As an industry expert in stone veneers, we introduce Ultra Thin Stone Veneer. With its ultra thin design, this veneer is lightweight and easy to install. Its natural stone composition provides an authentic and durable finish for any project. Choose Ultra Thin Stone Veneer for a high-quality and hassle-free solution.

 

Feature	Details
Product	Ultra thin stone veneer
Surface	Polished,Honed
Thickness	1mm-3mm
Finished Products	Floor tiles, Wall cladding etc
Colour	Many colors available
Origin	China
Size	2400↑↓* 1200↑↓* 18/20/30mm
Sample	Free samples are available
Packing	plastic inside + strong seaworthy wooden bundle outside A customized Packing box is also available Other sizes packing is different. You can kindly confirm with us.
MOQ	Any trial order is welcomed
Sample	30000 m2/Month
Quality control	100 percent inspection and a detailed inspection report for approval before loading
Package	Strong seaworthy fumigated wooden bundle. 13 to 15 pieces of slabs per bundle
Port	Xiamen, China
Value-added service	Free Auto-CAD drawings for dry lay and book match pattern
Lead time	7 to 10 days after the deposit is received ( Based on one container quantity)
Payment terms	T/T, L/C, PayPal, Western Union, Trade Assurance

 

The Ultra Thin Stone Veneer represents the next generation in natural stone technology—combining genuine stone aesthetics with ultra-lightweight, flexible, and high-strength performance. It’s specifically designed for projects demanding structural integrity, design freedom, and efficient installation, making it ideal for modern curtain wall systems, high-rise facades, and large architectural surfaces.

Engineered using advanced dry-hanging and back-groove technology, these panels allow for precise, safe, and cost-effective installation—even on challenging substrates and at greater heights.

Key Advantages of Ultra Thin Stone Veneer Curtain Wall System

1. Superior Mounting System:

• ✅ Standard stainless steel pendants (main and auxiliary) with high strength and easy availability.
• ✅ Main pendant uses bolt connections with three-dimensional adjustability—quick and secure installation.
• ✅ Load-bearing design ensures even force distribution, avoiding vertical stress accumulation and enhancing long-term durability.

2. Optimized for High-Performance Architecture:

• ✅ The main pendant is connected to the top rear side of the panel, offering optimal mechanical support.
• ✅ Reduced panel thickness possible due to dry-hanging groove design—lighter panels without compromising performance.
• ✅ Suitable for large-format stone curtain wall applications and high-rise buildings, with enhanced safety, economic benefits, and construction efficiency.

Innovative Engineering Meets Practical Benefits

Traditional stone curtain wall systems rely on thicker slabs to enhance safety. However, this approach is less effective with materials like travertine, where sedimentary layering runs through the stone’s entire thickness, reducing its structural reliability.

The Ultra Thin Stone Veneer’s back groove curtain wall technology overcomes this limitation, offering significantly improved safety and economy. It provides a smarter alternative for projects requiring lightweight materials without sacrificing structural strength or design flexibility.

Additional Considerations

✔ Limitations to Keep in Mind:

• ⚠️ Complex processing technology: Requires advanced machinery and skilled workmanship.
• ⚠️ Higher production costs: Due to the use of high-strength fibers and precise back-groove detailing.
• ⚠️ Thin panel sensitivity: Thinner panels have lower compressive strength, are more prone to breakage, and can suffer from color reverse osmosis (cement bleed-through).
• ⚠️ Increased risk of deformation: Ultra-thin slabs may warp or become hollow over time without proper handling and backing.

Conclusion

Ultra Thin Stone Veneer is the future of stone curtain walls—offering aesthetic sophistication, structural performance, and installation efficiency. While it requires a more refined fabrication and higher material investment, the advantages in weight reduction, structural safety, and visual flexibility make it an ideal solution for modern architectural design.