Panduit 11" 40lb Natural Dome-Top Barb Ty Cable Ties 100/bag Part #BT3I-C

Panduit 11" 40lb Natural Dome-Top Barb Ty Cable Ties 100/bag Part #BT3I-C Part Number: BT3I-C Bag Quantity: 100 Specifications: Length: 11.30" (287 mm) Width: 0.14" (3.6 mm) Tensile Strength: 40 lbs Max. Bundle Diam: 3" (76 mm) Panduit Dome-Top® Barb Ty Natural Cable Ties Specifications: • Made of general purpose Nylon 6/6 which is suitable for use in most practical applications at a continuous temperature up to 150°F. Nylon 6/6, the grade most often used for cable tie production. • Natural - For indoor use. • The two-piece design incorporates a stainless steel locking barb which provides infinite adjustability through entire bundle range. • Working temperature range is from 40°F to 185 °F. • Meets UL 94V-2 flammability ratings. • UL Recognized, UL Listed, and CSA Certified (except LH cross-section). Features: • Dome-Top® head • Stainless Steel Locking Barb • Rounded Edges • Smooth Metal Pawl Prevents Cable Wear and Damage. Won’t damage sensitive wires. • High strength and low thread force. • Cable ties have a bent tip for easier pickup, insertion and pull-up • Self-locking, one-piece, low-profile head conserves space. • Smooth, rounded edges do not cut insulation - or hands - and are comfortable to work with. • High tensile strength • Anti-slip strap body • Finger tip grip • Curved tip (except Light-Heavy) Benefits: • High loop tensile strength exceeds industry standards and the patented low thread force design reduces operator fatigue and improves productivity. • Stainless Steel locking device holds tight and lasts long. Won't rust. • Smooth, round edges; easy for installers to handle • Provides consistent performance, reliability, and infinite adjustability through entire bundle range • Exceeds industry and Aerospace Standards SAE MS23190A; available in four tensile strengths • Reduces installer fatigue; increases productivity • Curved tip allows for faster initial threading to speed installation. • Curved tip also allows for easier pick up from flat surfaces.