In Stock

Conical Street Lighting Poles 6 m Length 3 mm Thickness Double Arms with J Anchor Bolt 500 mm | Matkel Store

Description

Conical Street Lighting Poles by Matkel store feature a 6 meter length and 3 mm thickness with durable double arms. Made from galvanized iron, these poles resist external factors and tensile stress, ideal for urban street lighting.

This item cannot be exchanged
Get 10% Off If quantity exceeds 10 Items.
Delivered to building doors
Sold by
Matkel Store
Get better prices if quantity exceeds 100 Items.
Request a Quote

Product Description

Conical Street Lighting Poles by Matkel store are crafted from galvanized iron, ensuring resistance to environmental factors, tensile strength, and elongation. These poles come with double arms and are designed according to industry standards, making them perfect for street lighting applications across Saudi Arabia.

  • Length: 6 m
  • Thickness: 3 mm
  • Base plate dimensions: 250 × 250 mm

Equipped with J-shaped Anchor bolts for secure installation.

  • Anchor bolt length: 500 mm
  • Anchor bolt diameter: 20 mm
  • Custom sizes available upon request

Overview

Category Street Poles

Frequently Bought Together

Roarding Pole Length 12 meters, Base 900 mm, Thickness 4 mm |
Roarding Pole Length 12 meters, Base 900 mm, Thickness 4 mm |
SAR 0
Octagonal Street Lighting Poles 8m Length 4mm Thickness Single Arm Anchor Bolt I Shape 800mm Length 28mm Diameter Base 400x400mm | Matkel Store
Octagonal Street Lighting Poles 8m Length 4mm Thickness Single Arm Anchor Bolt I Shape 800mm Length 28mm Diameter Base 400x400mm | Matkel Store
SAR 0
Conical Street Lighting Poles 10 m Length 6 mm Thickness Double Arms with I Shape Anchor Bolt 700 mm Length Diameter 28 mm Base 350×350 mm | Matkel Store
Conical Street Lighting Poles 10 m Length 6 mm Thickness Double Arms with I Shape Anchor Bolt 700 mm Length Diameter 28 mm Base 350×350 mm | Matkel Store
SAR 0

Customers Also Viewed

Shop All
Company
Select Display Mode
Company Quotes & Bulk Orders
Individual Shop & Buy Directly