Chat with us, powered by LiveChat

3.2mm 7018 Low Hydrogen MMA Electrodes 5KG

4.77/5
CODE
SIF-RE703250
Pre-Order
Order in for UK Mainland delivery between 24/02/2025 to 03/03/2025
£28.72 £23.93

Order by 3pm: 

Next-day delivery
A basic coated electrode with extremely low H2 content and very high efficiency, designed for welding carbon and carbon-manganese steels.
  • 3.2mm Mild Steel 7018 Electrodes
  • Very good mechanical properties, especially at low temperatures
  • Used for applications such as tanks, boilers, structural steel works, earth moving and construction machinery
  • Packet weight: 5KG - 140 Rods approx
  • SIF, GeKa or alternative brand may be supplied
Product image

Excellent

3.2mm 7018 Low Hydrogen MMA Electrodes 5KG

product reviews 13
product rating 4.77/5
product experience

calculated from 13 customer reviews

positive
92%
Neutral
8%
negative
0%

latest reviews

  • 10 September 2024
    Agricultural repairs
  • 23 July 2024
    I haven't used the 5 kg pack of 7018 rods yet but like everything else from r-tech, well packaged arrived next day I am sure they will be fine
  • 01 May 2023
    I find it easier to use than 6013 but harder to strike an arc
  • 01 October 2022
    General purpose
  • 17 September 2022
    I purchased these rods to weld a top plate on an rsj, A first for me, welding at height on underneath, cleaned areas, cutting wheel to groove across **, rods worked well, R-Tech 250 amp mig welder step on stick.
  • 19 August 2022
    Perfect for the task
  • 05 May 2022
    Just what I was looking for
  • 05 June 2021
    Asked for UTP 614 and this is what they sent me. Doesn't *** as well as what I asked for.
  • 12 July 2020
    Excellent
  • 29 January 2020
    Not as nice to use as *** but ultimately stronger for steelwork
  • 19 November 2019
    I would recommend this product, seem to weld very well.
  • 02 January 2019
    excellent
  • 14 February 2018
    As expected

Welding Guides, Videos & Support from the pros.

Guide
25 Minute read
Article
10 Minute read
Article
10 Minute read