Pioneering Progress in Non-Woven Fabric Technology
In the rapidly evolving landscape of technical textiles, Jayashree Spunbond has emerged as a beacon of innovation and reliability. As industries worldwide pivot towards materials that offer both performance and environmental responsibility, spunbond polypropylene fabrics have taken center stage. Our facility, equipped with state-of-the-art machinery, ensures that every meter of fabric meets the most stringent international standards.
Why Spunbond?
The spunbond process creates a high-strength web of continuous filaments, providing exceptional tensile strength and durability compared to traditional fabrics. This makes it the preferred choice for hygiene, medical, and packaging applications.
Unmatched Manufacturing Scale
Our core strength lies in our massive production capability. With an annual capacity of 10,800 Metric Tons, Jayashree Spunbond is uniquely positioned to handle high-volume global demands while maintaining the precision of custom orders.
Located at the heart of industrial logistics, we leverage streamlined supply chains to export our solutions to over 20 countries. Our "Star Export House" status isn't just a title—it's a commitment to global quality standards and timely delivery schedules.
Technical Specifications
| Parameter | Industry Standard | Jayashree Range |
|---|---|---|
| Material | Virgin Polypropylene | 100% Virgin Grade PP |
| Weight (GSM) | 10 - 200 GSM | Custom (9 - 150 GSM) |
| Max Width | 1600 mm - 3200 mm | Up to 3200 mm |
| Applications | Multiple | Medical, Hygiene, Packaging, Agri |
The Future is Green
Sustainability is not an afterthought at Jayashree Spunbond. Our manufacturing processes are designed to minimize waste and maximize energy efficiency. By focusing on 100% recyclable polypropylene, we help our clients reduce their carbon footprint without compromising on the physical properties of their packaging or hygiene products.
"Driving innovation through responsible manufacturing."
We continue to invest in R&D to explore bio-based polymers and further enhance the biodegradability of technical textiles for the next generation of industrial growth.