Klein Tools 50376 150-Foot Fish Tape, High-Flex Polyester, 3 Strand Braided Wire Puller Electrical Fish Tape with Non-Conductive Tip

.Our 150-Foot High Flex Polyester Fish Tape is the perfect wire pulling solution where flexibility meets strength. The polyester material provides a highly flexible and lightweight tape compared to steel while the triple strand design delivers increased durability and strength compared to fiberglass. The low friction case and optimized feed angle create a smooth payout and easy retraction. The bright orange strand woven into the triple strand improves visibility for easier locating of the tape. For more than 160 years, Klein Tools has manufactured premium-quality, professional-grade hand tools that deliver the performance, durability and precision needed to get the job done right. Our family of engineers, workers and craftsman continue to put six generations of expertise into every tool we create by using only the highest quality materials, superior workmanship, and keeping manufacturing as close to home as we can. Klein isn't just the name of our company, it's also our family name. And since we're an American company that's family-owned and family-run, you know you can count on us to be here tomorrow. Klein Tools doesn't just make great products, we make great products that stand up to the demands of the professionals who use them every day ... Since 1857.
.3-STRAND FISH TAPE: Triple strand polyester design provides increased strength and is 4 times more flexible than fiberglass and 8 times more flexible than steel
.NON-CONDUCTIVE: Safely run wire and cable in electrical applications
.ULTIMATE FLEXIBILITY: Fish tape easily glides around tight corners and joints
.LIGHTWEIGHT: Polyester fish tape is lightweight, durable and strong
.SMOOTH PAYOUT AND RETRACTION: Optimized feed angle decreases payout effort and easier rewind
.HIGH VISIBILITY: Bright orange strand woven in provides heightened visibility in low-light
.DURABLE: Made with polypropylene, the case and handle deliver exceptional resistance to high-impact forces