1.5 Million Stitches: The Art of Industrial Precision

At China MJS Carpet & Rug, we believe that density defines quality. Our Masterpiece Collection is engineered using elite-level electronic Jacquard Wilton looms, achieving a staggering 1,500,000 points per square meter. In the carpet industry, this "stitch count" represents the pinnacle of machine-weaving capability. Such ultra-high density allows us to translate complex Persian designs and intricate Eurasian patterns into textile reality with zero loss in detail. Every curve of a floral motif and every subtle color gradient is rendered with photographic clarity, mirroring the texture and depth of high-end hand-knotted masterpieces.

The 1.5 million points density offers more than just visual perfection; it is a critical performance metric for hospitality flooring. When fibers are packed this tightly, the carpet develops an inherent resistance to crushing and pile flattening. Utilizing 850D ultra-fine Polypropylene yarn, the surface remains incredibly soft yet remarkably resilient. The compact structure prevents dirt and particles from sinking into the base, making it an ideal commercial project solution for high-traffic environments where luxury aesthetics must be maintained with minimal effort. Combined with our heavy-duty Polyester-Cotton (T/C) backing, this carpet ensures long-term dimensional stability in grand ballrooms and executive suites.

For the 2026 season, our "Eurasian Fusion" series utilizes this high-stitch precision to bridge traditional aesthetics with modern architectural requirements. Whether you require a standard 4x6m centerpiece or a bespoke custom size for a specific layout, our Wilton weaving process guarantees consistency across every square inch. As a trusted manufacturer since 1998, China MJS Carpet provides comprehensive technical support for large-scale international tenders. Our 1.5 million points collection is not just a floor covering; it is a statement of engineering excellence, designed to provide a lifetime of elegance and durability in the world's most demanding spaces.