MZP Low-visibility Obstacle Weave Wire Mesh Putanka Anti Tank Nets With Size 0.5-0.9mm Steel Wire

Product Description

The MZP Putanka wire barrier, commonly known as "foot-binding wire" or "inconspicuous obstacle," is an anti-tank net designed to impede the movement of tanks and armored vehicles. These nets are crafted from high-strength, corrosion-resistant metal wires through precise mechanical processes.

Anti-tank nets serve primarily to create roadblocks that stop or slow down convoys of tanks and armored vehicles. When deployed, they form a discreet yet strong barrier aimed at obstructing enemy movements at national borders. This strategic design hinders the advance of enemy troops, vehicles, or unauthorized personnel during defensive operations, providing significant advantages for border security forces and reserves.

Specification

	Material: #70 Steel Wire
	Size: 10×10×1.4m or 5×10×1.4m
	Weight: 10×10×1.4m = 26kg or 30kg 5×10×1.4m = 15.5 kg
	wire thickness: 0.5 - 0.9mm
	Accessories: 40 pegs + 40 rings
	Package: Oil + Plastic Film

Production process

Begin by fastening the 0.9 mm wire to the first tube at the starting point of the row.
Position a complete row of ramps in the designated direction. Once the row is laid, reverse the direction and continue placing ramps accordingly, ensuring the row is securely closed by following the same alignment pattern.

Installation

1. Removing the package
2. Unfold the MZP on a flat area without removing the plastic transport ties. Stretch two rows to their full length.
3. Stretch two rows of coils to their full length
4. Lay out each row outward
5. Two rows should make four
6. To fix the coil with pegs, you need to fix it with a thick coil with pegs
7. Hold on to the propeller and move the wire sufficiently as shown in the picture
8. By this move and stretch the bottom it will shows thick lines, thin lines will extend upward,after fix the outermost layer of coils.
9. When moving and stretching, there should be rows with rings of thick wire at the bottom, and rows with thin wire at the top.
10. After fully stretching the MZP, secure the lower rows of thick wire with pegs around the perimeter.