1/5

Welding Rod, 50pcs 2.0mm Low Temperature Aluminum Welding Electrodes - Easy Melt Welding Rods - Corrosion Resistance (50cm)

Name: Welding Rod, 50pcs 2.0mm Low Temperature Aluminum Welding Electrodes - Easy Melt Welding Rods - Corrosion Resistance (50cm)
Brand: TINOR
SKU: RN03275
Price: 8.99 GBP
Availability: InStock

~~£23.58~~

Buying for your business?

Negotiated prices excl. VAT up to -20%

Create a pro account

Sold by Tinor-GB

Product information

Description

General description

Easy to use welding electrodes suitable for young welding operators, requiring only a small heating device. The weld strength achieved is generally higher than that of the base metal itself. These electrodes do not require additional solder powder, as the solder core and coating serve as the basis for welding. They are convenient and easy to work with, providing a smooth welding effect due to the internal powder used.

Technical specifications

Material: Aluminum

Color: Silver

Melting Point: 647 / 658 °C

Diameter: 2 mm

Length: 50 cm

Package: 50 aluminum welding wires

Installation

Step 1: Polish the surface by physical cleaning.

Step 2: Heat the surface of the base metal to a working temperature of 450 °C or above.

Step 3: For thin aluminum, heat to a suitable working temperature and rub the wire back and forth with a wire brush to form a weld.

Caution: Ensure the surface is cleaned and maintain the base metal temperature at 450 °C during welding.

Usage

This low temperature aluminum welding wire can weld almost all white metals, including aluminum, aluminum alloy, cast aluminum, and aluminum magnesium alloy. It is effective for repairing severely corroded or oil-contaminated metals.

Other information

High weldability and corrosion resistance

High thermal and electrical conductivity

Excellent processing properties

Features

Brand
TINOR
Pcs per pack
50
Length
500 mm
Material
Aluminium
ManoMano Reference
ME94068425
MMID
161010756374
Product code
RN03275
EAN
9458510889072

Arc welding electrodes buying guide

Advice from our experts

Read our guide

You are here: