IMPA 850664 WELDING ELECTRODES 4,0mm box 5,0 kg. RUTILE E6013
(No reviews yet)
Write a Review
Images are for illustrative purposes only.
The actual product may differ from the picture shown.
- Weight:
- 5.00 KGS
- Shipping:
- Calculated at Checkout
Frequently bought together:
Description
The IMPA 850664 WELDING ELECTRODES 4,0mm box 5,0 kg. RUTILE E6013 are a type of welding electrode that is intended for use with Rutile type welding machines. These electrodes are made from a 4.0mm diameter rod of rutile material and are 5.0kg in weight. They offer a number of benefits and features including being easy to use, having a long lifespan, and being able to produce a high-quality weld.
View AllClose
Related Products
Related Products
IMPA 850634 WELDING ELECTRODES 4,0mm box 5,0 kg. RUTILE E6013
£16.45
IMPA 850634 WELDING ELECTRODES 4,0mm box 5,0 kg. RUTILE E6013 are a type of welding electrode that is used for a variety of purposes. The electrodes are made of a rutile-based material and are...
IMPA 850905 WELDING ELECTRODES 4,0mm box 5,0 kg. RUTILE E6013
£16.45
The IMPA 850905 WELDING ELECTRODES 4,0mm box 5,0 kg. RUTILE E6013 is a type of welding electrode that is made from rutile. It is commonly used in welding applications where a lot of heat is required,...
IMPA 850654 WELDING ELECTRODES 4,0mm box 5,0 kg. RUTILE E6013
£16.45
The IMPA 850654 is a box of 5,0 kg. Rutile E6013 welding electrodes that are 4,0 mm in diameter. These welding electrodes are made from a rutile-based powder and have a low carbon content, which...
IMPA 850624 WELDING ELECTRODES 4,0mm box 5,0 kg. RUTILE E6013
£16.45
IMPA 850624 WELDING ELECTRODES 4,0mm box 5,0 kg. RUTILE E6013 is an electrode intended for use in welding. It is made of rutile, which gives it good welding properties. 4,0mm is the diameter of the...
IMPA 850632 WELDING ELECTRODES 2,6mm box 5,0 kg. RUTILE E6013
£17.58
IMPA 850632 WELDING ELECTRODES 2,6mm is a box of 5,0 kg. Rutile welding electrodes intended for use with E6013 welding machines. These electrodes feature a low hydrogen content that provides superior...