Equip your operations with our 13lb 2-Ply Jute Yarn, a maximum-durability double-strand fiber engineered specifically as a premium Heavy-Duty Marine Cord and robust Industrial Lashing Twine. Specifically, this 13lb 2-Ply specification offers one of the highest tensile strengths available in commercial jute twine, making it the definitive choice for applications requiring extreme load resistance. To begin with, utilizing this Heavy-Duty Marine Cord is essential for temporary maritime rigging, fender binding, and traditional boat caulking where synthetic fibers are unsuitable. Unlike lighter ropes, the dense construction of this 13lb 2-Ply Jute Yarn resists abrasion and water absorption swelling, providing reliable performance in harsh environments. Furthermore, as an Industrial Lashing Twine, it secures heavy construction loads, bamboo scaffolding, and large machinery parts with a knot stability that ensures safety during transport. You can view our detailed mill capabilities on our About Us পৃষ্ঠা।

Our CRT (Carpet & Ropes Twine) grade is twisted to ensure a uniform diameter, transforming this fiber into a superior Extra-Thick Structural Rope for heavy-duty design projects. This 13lb 2-Ply Jute Yarn provides the massive volume and stiffness required for large-scale macramé installations, room dividers, and heavy rug foundations. Moreover, its Biodegradable Bank Stabilization properties make it the ideal cordage for binding coir logs and securing erosion control mats along riverbanks. Because it is 100% natural, it decomposes slowly, allowing vegetation to establish itself while stabilizing the soil. Additionally, we utilize precision winding technology to deliver spools that unwind smoothly, critical for automated braiding and weaving machinery. Thus, partnering with us for FCL (Full Container Load) shipments guarantees you receive a consistently graded, extra-thick twine optimized for the most demanding industrial tasks. Ready to secure your supply chain? Visit our Contact প্রোফর্মা ইনভয়েসের জন্য আজই পেজটি দেখুন।