Made from high-quality materials, they offer excellent mechanical strength and easy installation without the need for additional tools.
Ideal for overhead installations in FTTH networks, distribution lines, and similar projects.
| Model | Dimensions (mm) |Material |Cable Diameter | Weight | Max Load (N) |
| LTC-01 | 347.2 x 58 x 33.9 | High-quality nylon + steel wire Ø3.0 mm | 3–8 mm | 130 g | 2000 N |
| LTC-02 | 388.8 x 84.8 x 30.1 | High-quality nylon + steel wire Ø3.0 mm | 4–9 mm | 175 g | 3000 N |
| LTC-03 | 345 x 63.6 x 36.3 | High-quality nylon + steel wire Ø2.5 mm | 5–8 mm | 135 g | 1750 N |
| LTC-04 | 448 x 88.5 x 49 | High-quality nylon + steel wire Ø4.0 mm | 6–12 mm | 355 g | 4500 N |
| LTC-05 | 484 x 94.1 x 45 | High-quality nylon + steel wire Ø4.0 mm | 9–13 mm | 380 g | 5000 N |
| LTC-06 | 360 x 67 x 30 | Aluminum alloy (aluminum, zinc) + steel wire | 3–6 mm | 200 g | 7000 N |
Advantages:
- High strength and resistance to cracking
- Suitable for outdoor FTTH and ADSS installations
- Easy installation without tools
- Long service life – resistant to UV radiation and moisture
Ideal for overhead installations in FTTH networks, distribution lines, and similar projects.
| Model | Dimensions (mm) |Material |Cable Diameter | Weight | Max Load (N) |
| LTC-01 | 347.2 x 58 x 33.9 | High-quality nylon + steel wire Ø3.0 mm | 3–8 mm | 130 g | 2000 N |
| LTC-02 | 388.8 x 84.8 x 30.1 | High-quality nylon + steel wire Ø3.0 mm | 4–9 mm | 175 g | 3000 N |
| LTC-03 | 345 x 63.6 x 36.3 | High-quality nylon + steel wire Ø2.5 mm | 5–8 mm | 135 g | 1750 N |
| LTC-04 | 448 x 88.5 x 49 | High-quality nylon + steel wire Ø4.0 mm | 6–12 mm | 355 g | 4500 N |
| LTC-05 | 484 x 94.1 x 45 | High-quality nylon + steel wire Ø4.0 mm | 9–13 mm | 380 g | 5000 N |
| LTC-06 | 360 x 67 x 30 | Aluminum alloy (aluminum, zinc) + steel wire | 3–6 mm | 200 g | 7000 N |
Advantages:
- High strength and resistance to cracking
- Suitable for outdoor FTTH and ADSS installations
- Easy installation without tools
- Long service life – resistant to UV radiation and moisture