D And H 1111 CI Cast Iron Electrodes

Name: D And H 1111 CI Cast Iron Electrodes
Brand: D & H SECHERON ELECTRODES PRIVATE LIMITED
Price: 4145.00 INR
Availability: InStock

Price 4145.00 INR/ Kilograms

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MOQ : 10 Kilograms

D And H 1111 CI Cast Iron Electrodes Specification

Composition
Nickel 55%, Iron, Carbon, Silicon

Application
Joining and repairing cast iron, pumps, engine blocks, machine parts

Operating Voltage
AC/DC, 50-80V

Operating Temperature
Up to 1200C

Material
Cast Iron

Diameter
2.5mm, 3.15mm, 4.00mm, 5.00mm

Flux Content
High efficiency rutile based flux

Melting Point
Approximately 1200C (2192F)

Coating
Heavy coated (rutile type)

Storage Instructions
Store in a dry place at room temperature

Packing Size
500g, 1kg, 5kg boxes

Current Type
AC/DC

Shelf Life
12 months in original packaging

Arc Stability
Smooth and stable arc with low spatter

Tensile Strength
Up to 40 kgf/mm²

Welding Position
Flat, Horizontal, Vertical, Overhead

Recommended Polarity
Straight or Reverse Polarity

D And H 1111 CI Cast Iron Electrodes Trade Information

Minimum Order Quantity
10 Kilograms

Supply Ability
1000 Kilograms Per Day

Delivery Time
1 Week

About D And H 1111 CI Cast Iron Electrodes

We are a celebrated manufacturer of D And H 1111 CI Cast Iron Electrodes in the market. Due to its high nickel content, the soft and tough weld metal is especially suitable for welding cast iron that is brittle or old. D And H 1111 CI Cast Iron Electrodes have excellent welding properties and can be used in any position (except vertical down) with no spattering or undercuts.

Versatile Welding Performance

Engineered to work efficiently across multiple positions-flat, horizontal, vertical, and overhead-D And H 1111 CI Cast Iron Electrodes enable seamless welding adaptability for both intricate and large-scale repairs. Their smooth arc stability and reduced spatter support precise and clean welds, resulting in consistent quality for both maintenance and fabrication tasks.

Optimal Storage and Longevity

To maintain peak performance, these electrodes must be stored at room temperature in a dry location. With a shelf life of 12 months in original packaging, users can rely on consistent weld quality over time, reducing the risk of moisture-induced degradation and promoting safer handling.

FAQ's of D And H 1111 CI Cast Iron Electrodes:

Q: How should D And H 1111 CI Cast Iron Electrodes be stored to ensure maximum shelf life?

A: Keep the electrodes in their original packaging and store them at room temperature in a dry place. Proper storage conditions preserve their efficiency and provide up to 12 months of shelf life.

Q: What welding positions are supported by D And H 1111 CI Electrodes?

A: These cast iron electrodes are suitable for flat, horizontal, vertical, and overhead welding positions, providing flexibility for various repair and fabrication tasks.

Q: When is it beneficial to use D And H 1111 CI Cast Iron Electrodes?

A: They are ideal for joining and repairing cast iron components, making them especially useful for applications such as pumps, engine blocks, and machine parts where high strength and reliability are required.

Q: Where can D And H 1111 CI Cast Iron Electrodes be utilized?

A: These electrodes can be used in industrial settings, workshops, and on-site repairs throughout India, especially by distributors, exporters, manufacturers, and suppliers handling cast iron equipment.

Q: What are the recommended current type and polarity for these electrodes?

A: The electrodes can be operated on both AC and DC currents, with either straight or reverse polarity according to application needs and welding equipment specifications.

Q: How does the electrode's smooth arc stability benefit the welding process?

A: Its stable and smooth arc, combined with low spatter, allows for cleaner welds, easier workability, and reduced post-weld cleanup, contributing to overall project efficiency.

Q: What is the process for using these cast iron electrodes effectively?

A: Select the appropriate diameter and packing size, ensure dry and proper storage, use the recommended operating voltage (50-80V), and apply welding in the required position with suitable polarity for optimal results.

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