Techflex LT2-S3-FA-BK TechLace™ Braided Polyester Lacing Tape is known to last longer than cable ties because it doesn’t become brittle and degrade over time. Manufactured to endure environmental exposure, loss of plasticizers, and extreme vibration, lacing tape is the ideal wire management solution. Unlike cable ties that can leave sharp edges where the tail is cut off, Techflex TechLace™ Braided Polyester Lacing Tape will not snag or get hung up. It is used extensively, often as a design requirement, throughout the aerospace, electronics, medical, and specialized manufacturing industries.
Techflex LT2-S3-FA-NT, TechLace™ Braided Polyester Lacing Tape, Type 2
Category: Lacing Tape
Manufacturer: Techflex
Suitable for aerospace/NASA applications
High temperature performance
Superior knot tying properties compared to nylon
Withstands applications with vibration
The design ensures no sharp edges snag or hang up wire
Offers long-term integrity and reliability
Thermal endurance: -99°F (-72°C) to 350°F (176°C), melting point: 482°F (250°C)
Techflex LT2-S3-FA-BK TechLace™ Braided Polyester Lacing Tape is known to last longer than cable ties because it doesn’t become brittle and degrade over time. Manufactured to endure environmental exposure, loss of plasticizers, and extreme vibration, lacing tape is the ideal wire management solution. Unlike cable ties that can leave sharp edges where the tail is cut off, Techflex TechLace™ Braided Polyester Lacing Tape will not snag or get hung up. It is used extensively, often as a design requirement, throughout the aerospace, electronics, medical, and specialized manufacturing industries.
- Techflex LT2-S3-FA-NT, TechLace™ Braided Polyester Lacing Tape, Type 2
- Category: Lacing Tape
- Manufacturer: Techflex
- Suitable for aerospace/NASA applications
- High temperature performance
- Superior knot tying properties compared to nylon
- Withstands applications with vibration
- The design ensures no sharp edges snag or hang up wire
- Offers long-term integrity and reliability
- Thermal endurance: -99°F (-72°C) to 350°F (176°C), melting point: 482°F (250°C)
