Panduit 8" 50lb Black UV Weather Resistant Dome-Top Barb Ty Cable Ties 1000/bag

Description

Panduit 8" 50lb Black UV Weather Resistant Dome-Top Barb Ty Cable Ties 1000/bag Part #BT2S-M0 Part Number:BT2S-M0 Bag Quantity: 1000
Specifications:
Length: 8" (203 mm)
Width: 0.18" (4.7 mm)
Tensile Strength: 50 lbs
Max. Bundle Diam: 2" (51 mm)
Panduit Dome-Top® Barb Ty UV Black 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.