Panduit 8" 18lb. Black UV Pan-Ty® Locking Cable Ties 1000/bag Part # PLT2M-M20 Color:Black

Panduit 8" 18lb. Black UV Pan-Ty® Locking Cable Ties 1000/bag Part # PLT2M-M20 Color:BlackPanduit PLT2M M20 Pan Ty locking tie, miniature cross section, 8. 0 (203mm) length, nylon 6. 6, black. Length: 8" Width: 0. 24" Color: Black Qty Bag: 1000 Minimum Loop Tensile Strength (lb): 18 Part Features: One piece locking wedge for consistent performance and reliability. Low thread force and high loop tensile strength.

HellermannTyton 184-24003 High Density Slotted Wall Wiring Duct

HellermannTyton 309-60290 Heat Shrink Tubing

Glass-filled reinforcement ensures high tensile strength and minimizes "creep

016" Height: 1

000 F/537 C Bag Quantity: 100 Part Number: SSP14-LD Description • Roller ball type for superior locking strength • Advanced self locking design for fast and secure installation • Low profile design • Snag resistant • Smooth rounded edges

Metal Detectable Nylon Cable Ties •

Office White1/bag Color: Office White Qty/Bag: 1 Material: Polyvinylchloride (PVC) Material Shortcut: PVC Flammability: UL 94 V0 Halogen free: No Operating Temperature (Metric): +122°F (+50°C) Reach Complaint(Article 33): No ROHS Complaint:Yes UL Listed (US and Canada): Yes UL Listed (US): Yes Features & Benefits •Tamper resistant covers with hidden latch provide security while allowing quick entry for cable maintenance

HellermannTyton 184-12003 High-Density Slotted-Wall Wiring Duct

• LaserTags come in a variety of label sizes and types to fit most applications

6 UV-resistant (PA66UV) Material Shortcut: PA66UV US MIL SPEC: SAE-AS33671 MS3367-5-0 Flammability: UL 94 V2 Halogen free: Yes Operating Temperature (Metric): -40°F to +185°F (-40°C to +85°C) ROHS Complaint: Yes Certification/Specification WEB: Bundesamt für Wehrtechnik | VG 95387 Part 4 Edition: 2008-12 CAGE Code 53421 UL-ZODZ2

Military Specified (MIL-SPEC MS3367-2-6)

E64139 UL Recognized (US): Yes UL Recognized (US and Canada): Yes Features & Benefits • Heat stabilized cable ties provide excellent resistance to high heat exposures