GREEN INNOVATION
Transforming Waste into Advanced 3D Hollow Fibers
Malaysia’s premier source for sustainable textiles. We produce over 35,000 tonnes of high-quality recycled polyester staple fibers, driving the global circular economy.
About Us
Quality Recycled Hollow Staple Fiber Manufacturer in Malaysiaghvhgh
Xin Da Spinning Technology Sdn. Bhd., based in Nilai Industrial Area, Negeri Sembilan, Malaysia, is a trusted manufacturer of recycled three-dimensional hollow staple fiber 3D, 7D, 15D. Our products are widely used in home textiles, furniture and other industries. We are committed to quality, timely delivery, and environmental responsibility through our zero-impact policy. Our premium range includes:
Our Products
Sustainable Fibers for a Better Future
Our 3D hollow staple fibers are crafted from recycled materials to meet global environmental standards. Designed for performance and softness, they’re ideal for home textiles, furniture, and industrial applications — supporting a greener, cleaner world.
Why Choose Us
The Gold Standard In Recycled Fiber
At Xin Da Spinning Technology, we combine innovation, sustainability, and reliability to deliver premium recycled polyester fibers trusted by industries worldwide. Here’s why global partners choose us:
Uncompromising Quality & Reliability
With advanced manufacturing technology and strict quality control, our fibers deliver superior consistency and performance trusted by global brands — including IKEA.
Sustainable & Responsible Manufacturing
Driven by our zero-impact environmental policy, we focus on eco-friendly production that minimizes waste, conserves energy, and supports a circular economy.
Global Reach, Continuous Innovation
Supplying over 20 countries worldwide, we continue to expand with new product lines and participation in international exhibitions, showcasing our commitment to progress and partnership.
A Material with a Future
50,000
We have recycled 50 Billion PET bottles , and the number is increasing every seconds.
Sustainable Impact
Closing the Loop for a Greener and More Sustainable Future
At Xin Da Spinning Technology, sustainability drives every stage of our production. Our bottle-to-fiber recycling process begins with PET bottle collection, which is then transformed into PET flakes and finally into high-quality recycled polyester fibers.
This closed-loop approach reduces landfill waste, conserves energy and natural resources, and supports a cleaner, more sustainable planet. Every fiber we create reflects our dedication to environmental responsibility and our mission to build a circular economy that benefits both people and the planet.
Our Milestones
A Track Record Of Excellence
Since 2018, Xin Da Spinning Technology has handled an estimated total of more than 230 million tons, reinforcing our strong and consistent supply capability.
2016
Began operations with our first production line for recycled polyester staple fiber.
2018
Introduced advanced production of 7D and 15D Hollow Conjugated (HC & HCS) fibers.
2020
Implemented a zero-impact environmental policy to minimize ecological footprint.
2021
Expanded production capacity and upgraded machinery for improved quality.
2025
Enhanced technology for greater efficiency, sustainability, and global competitiveness.
Our Milestones
Global Reach Across Continents
Xin Da Spinning Technology proudly serves a diverse and growing international market. Our recycled polyester fibers are trusted by manufacturers and distributors across the globe, reflecting our strong commitment to quality, reliability, and sustainability. With an expanding export network, we continue to build lasting partnerships and deliver value worldwide.
Our Global Presence Includes:
Europe, Turkey, Brazil, Mexico, USA, New Zealand, India and many more。
Latest News
Updates from the Recycled Fiber Industry
Stay updated with the latest news and developments from Xin Da Spinning Technology. Discover our newest innovations, sustainability initiatives, global exhibitions, and milestones as we continue to grow and lead in the recycled fiber industry.
