CAST IRON RODS MACHINABLE FONWELD E119 2.5MM

Product Description

CAST IRON RODS MACHINABLE FONWELD E119 2.5MM 5KG/PKT (PRICE PER KG) is a nickel-iron cast-iron welding electrode designed to produce a machinable weld deposit on grey and spheroidal cast iron. FONWELD E119 uses a nickel-iron wire core with a special coating, providing excellent welding characteristics, crack resistance, and good bonding even on difficult-to-weld castings. It is suitable for both preheated and cold welding applications and for cast-iron-to-steel joints.

Key Benefits and Features

• FONWELD E119 cast-iron welding electrode with a nickel-iron wire core.
• Produces a machinable weld deposit that can be filed after welding.
• Provides good crack resistance and reliable bonding.
• Suitable for difficult-to-weld grey and spheroidal cast-iron components.
• Can be used for preheated or cold welding applications.
• Suitable for cast-iron-to-steel welded joints and surfacing applications.
• 2.5mm diameter for controlled welding and repair work.
• Recommended welding current for 2.5mm × 350mm electrodes: 70–90A.
• Compatible with DCEP or AC current modes.
• Supplied in a 5KG packet and sold on a price-per-KG basis.

Essential Specifications

• Product Type: Machinable Cast Iron Welding Rod
• Brand: FONWELD
• Electrode: E119
• Classification: AWS A5.15 E Ni Fe-CI
• Core: Nickel-Iron Wire
• Diameter: 2.5mm
• Standard Electrode Length: 350mm
• Welding Current: 70–90A
• Current Mode: DCEP / AC
• Weld Deposit: Machinable
• Packet Weight: 5KG
• Selling Basis: Price Per KG

Typical Applications

• Repair of grey cast-iron components
• Repair of spheroidal cast-iron assemblies
• Cast-iron machine housings and frames
• Bearing blocks and machine parts
• Cast-iron-to-steel joints
• Weld surfacing and restoration of worn castings
• Maintenance and repair of heavily loaded cast-iron components
• Workshop and industrial cast-iron fabrication and repair

FONWELD E119 is a strong choice where cast-iron repair requires a crack-resistant, machinable weld deposit and dependable bonding.