For use in telecom, electrical, wall and floor conduit, walker
duct and utility installations.
Fiberglass
non-conductive, rust and corrosion resistant, superior pulling strength.
Welded by high-quality steel, sturdy and durable, with good compression resistance capacity and proper structure, is able to keep its shape under the pressure of 10KN.
Add the steel wire in the fiberglass to increase the toughness and strength.
Firm support and wheels. Wooden case.
Fiberglass Wire Cableis
an excellent assistant tool for traction and guide line in pipeline.
Smooth and flexible surface can make the perforated device easily
through the narrow channel. It consists of three parts: copper core,
glass fiber reinforced layer, high pressure and low density
polyethylene protective layer (smooth, strong, can resist harsh
environment). Copper conductor can be easily placed in different
ways.
Fiberglass Wire Cableis
mainly used in the early part of the wall under the traction,
and later developed into a sewer cable line and so on the line
of traction. Glass fiber, non conductive, anti rust and
anti-corrosion, excellent tensile strength. Using high quality
steel, strong and durable, with good compression resistance and
capacity, the appropriate structure of welding, under strong
pressure to maintain its deformation. It has the advantages of
time saving, labor saving, improved work efficiency, etc, and
can be used for the cleaning and the optical cable, the cable
and the plastic tube of the telecommunication pipeline.
How to use:
1. First of
all, the glass rod is made of steel coated lead wheel leads, and
then the corresponding metal joint, through the pipeline. 2. When used to
clean up the head to drive the cleaning tool, you can clean up the
pipeline. 3. When the cable
is used, the wire or wire can be brought into the wire, and then
wire or cable is used to pull the cable into the pipe.
Parameters:
Length: 150 Meters(492')
Diameter: 10mm (0.4'')
Color: Yellow
Density: >150g/m
Max bending angle: 130°
Work situation temperature: -40~+80℃
Epoxy fiberglass (inner) and high density polyethylene (outer)
