Optimize your heavy textile production with our 14lb CRT Jute Yarn, an extra-coarse single-ply fiber engineered specifically as a premium Heavy Industrial Sacking Weft and high-volume Structural Geotextile Fiber. Specifically, this 14lb specification offers superior bulk and coarseness compared to lighter yarns, making it the industry standard for applications requiring maximum durability and coverage. To begin with, utilizing this Heavy Industrial Sacking Weft is essential for weaving A-Twill and Heavy Cee gunny bags, providing the burst strength needed to transport dense commodities like raw sugar, fertilizers, and heavy grains. Unlike finer threads, the robust profile of this 14lb CRT Jute Yarn ensures that sacks remain intact under the extreme pressure of stacking and shipping. Furthermore, as a Marine Cable Filler, it serves as a critical bedding material in steel wire ropes, maintaining the circular structural integrity of the cable while holding lubricants to prevent internal corrosion. You can view our detailed mill capabilities on our About Us পৃষ্ঠা।

Our CRT (Carpet & Ropes Twine) grade is strictly processed into a Precision Wound Mackroll to guarantee seamless operation in high-speed industrial machinery. By delivering this 14lb CRT Jute Yarn on a Precision Wound Mackroll, we ensure smooth, snag-free unwinding, which drastically reduces loom downtime and waste. Moreover, this coarse fiber is widely utilized as a Structural Geotextile Fiber, woven into heavy open-mesh netting that stabilizes riverbanks and steep slopes against aggressive soil erosion. Because it is a 100% natural fiber, it promotes vegetation growth by retaining moisture and eventually decomposing into organic matter. Thus, partnering with us for FCL (Full Container Load) shipments of this Marine Cable Filler guarantees you receive a consistently graded, high-performance material optimized for both heavy packaging and environmental engineering. Ready to secure your supply chain? Visit our Contact প্রোফর্মা ইনভয়েসের জন্য আজই পেজটি দেখুন।