Strong cable F 16.5 mm for wallpapers of vineyards, gardens and elastic fences, Kyiv

We offer a super strong cable with a diameter of 16.5 mm for special purpose, which by its characteristics exceeds any standard galvanized or steel wire for wallpaper.

Thanks to the unique multi-layer structure, the cable is designed for extreme loads and long-lasting operation in an aggressive external environment.

Construction and materials:
Thick-walled shell made of HDPE (high-density polyethylene):
Resistant to ultraviolet radiation (does not dry or crack in the sun), frost, pesticides, fertilizers and moisture. The smooth surface does not cut into the bark of plants and vines in strong winds.

Powerful Kevlar protection (aramid fibers):
Provides tremendous tensile strength and flexibility without increasingweight.

Central fiberglass rod (FSR):
Keeps its shape, prevents excessive sagging under the weight of the crop and ensures elasticity of the structure.

Technical characteristics:
Outer diameter: 16.5 mm

Maximum breaking load: up to 10 tons (100 kN)

Shell material: HDPE (UV-stabilized)

Power element: Kevlar threads + fiberglass rod

Color: Black
(//tractor-service.com)
Service life: 20+ years without loss of properties

Fields of application:
Industrial and private horticulture / viticulture:

Creation of super strong trellis systems for intensive orchards (apple, pear, cherry), vineyards,hops.

Withstands the full load of a ripe crop and stormy wind gusts.

Elastic enclosures and fences for animals:

Fencing for horses, cattle, private lands.

100% safety: no metal burrs and prickly elements — animals are not injured upon contact.

Aesthetic fences for a terrace, veranda or front garden:

Modern European design (Modern Cable Railing) for private houses.

Advantages over ordinary steel wire or cable:
Does not rust or oxidize (does not require painting or maintenance).

Does not sag over time thanks to a combination of fiberglass core and Kevlar.

Elasticity and cushioning: withstands strong dynamic shocks and returns to its initial state.