Madeira Polyneon 918-1614 Twister

Madeira Polyneon 100% Polyester Machine Embroidery Thread - 5,500 Yard Cone (#40 Weight, Twister)

Madeira’s Polyneon machine embroidery thread is crafted from a specially engineered 100% polyester material, offering superior durability and smooth performance on high-speed embroidery machines. Its unique formulation eliminates common embroidery issues like looping, puckering, and thread breaks, ensuring smooth operation and consistent results with every project.

The Twister color is a vibrant, multi-tonal thread that offers a dynamic, twisting effect, perfect for adding texture and movement to your designs. Polyneon threads are glossy, vibrant, and resistant to chlorine bleach, making them perfect for high-traffic items such as uniforms, safety garments, and commercial linens that are frequently laundered.

Key Features:

• Thread Type: 100% Polyester
• Length: 5,500 yards per cone (Weight: #40)
• Color: Twister (A multi-tonal color with dynamic effects)
• Applications: Ideal for embroidering on uniforms, safety garments, commercial linens, and various other textiles
• Durability: Smooth, reliable stitching with minimal thread breaks and excellent wear resistance
• Chlorine Bleach Resistance: Perfect for items exposed to frequent laundering

Polyneon Thread Specifications:

• Available Colors: 387 solid colors, 20 multi-colored, and 24 fluorescent options
• Digitization: Recommended average density of 4.0
• Recommended Needle Size: #65/9 or #75/11
• Cone/Spool Sizes Available: #40 (5,500 yard cones or 1,100 yard spools), #60 (1,640 yard spools), #75 (2,734 yard spools)
• Certifications: Oeko-Tex® certified, free from harmful substances

Madeira Polyneon is the ideal choice for professionals seeking a high-performance, eco-friendly, and vibrant embroidery thread. Whether you’re working on intricate details or large, high-volume projects, Polyneon ensures smooth operation, stunning color, and long-lasting durability with every stitch. Choose Polyneon for embroidery that stands the test of time.