LoTherme T-905 Tubular Electrodes

Name: LoTherme T-905 Tubular Electrodes
Brand: D & H SECHERON ELECTRODES PRIVATE LIMITED
Price: 13400.00 INR
Availability: InStock

Price 13400.00 INR/ Kilograms

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MOQ : 10 Kilograms

LoTherme T-905 Tubular Electrodes Specification

Operating Temperature
Up to 350C

Application
Welding Of Heavy Structures, Bridges, Pressure Vessels, General Engineering

Composition
C, Mn, Si, S, P, Fe (Specific values as per standard)

Operating Voltage
Open Circuit Voltage Minimum 60V AC

Material
Low Hydrogen Iron Powder Core

Diameter
3.2 mm, 4.0 mm, 5.0 mm

Flux Content
Rutile with Basic Components

Melting Point
Approx. 1450C

Coating
Heavy, Uniform Tubular Coating

Storage Condition
Store in dry conditions, re-bake at 300C for 1 hour if required

Welding Position
All positions except vertical down

Packing
5 kg, 10 kg, and 20 kg boxes

Colour Code
Red tip identification

Shelf Life
12 months from manufacturing

Yield Strength
480 MPa

Current Range
90-160A (depending on diameter)

Impact Value (CVN)
47J at -20C

Tensile Strength
Minimum 570 MPa

Elongation
Minimum 22%

About LoTherme T-905 Tubular Electrodes

From last many years, we are successfully engaged in providing a broad assortment of LoTherme T-905 Tubular Electrodes. Available in various thickness and sizes, these rolls are made by using medical graded paper. Superior in quality and finish, all these rolls are widely demanded across different pharmaceutical industries, hospitals and ATH labs. Moreover, we make available the entire collection of LoTherme T-905 Tubular Electrodes in large as well as in small consignments.

Exceptional Mechanical Strength and Toughness

LoTherme T-905 Tubular Electrodes provide high mechanical properties, including a minimum tensile strength of 570 MPa and excellent impact strength at sub-zero temperatures. The robust yield strength and elongation values ensure reliable performance under demanding welding conditions.

Versatile Welding Applications

Suitable for all welding positions except vertical down, these electrodes excel in constructing heavy structures, bridges, and pressure vessels. Their adaptability makes them a valuable choice for general engineering as well as specialized industrial projects.

User-Friendly Storage and Handling

To maintain optimum welding performance, store LoTherme T-905 electrodes in dry conditions. If moisture exposure occurs, re-bake at 300C for one hour. Practical packaging in 5, 10, and 20 kg boxes ensures easy handling for distributors and end users alike.

FAQ's of LoTherme T-905 Tubular Electrodes:

Q: How should LoTherme T-905 Tubular Electrodes be stored to maintain quality?

A: Store the electrodes in a dry environment and, if they absorb moisture, re-bake them at 300C for one hour before use. This ensures optimal welding performance and prevents hydrogen-induced cracking.

Q: What are the recommended usage and applications for these electrodes?

A: LoTherme T-905 is suitable for welding heavy structures, bridges, pressure vessels, and a variety of general engineering components where high strength and durability are essential.

Q: When is re-baking of the electrodes necessary, and what is the process?

A: Re-baking is required when the electrodes have been exposed to moisture. Heat them in an oven at 300C for one hour before welding to restore their low hydrogen properties.

Q: What benefits do these electrodes offer over conventional options?

A: These electrodes offer high tensile and yield strengths, excellent notch impact at low temperatures, and superior weldability, making them ideal for critical structures and heavy-duty applications.

Q: Where can distributors and end users find LoTherme T-905 Tubular Electrodes in India?

A: LoTherme T-905 is distributed, exported, and supplied by authorized dealers and suppliers across India, ensuring easy accessibility for both projects and resellers.

Q: What welding positions are supported by the T-905 electrodes?

A: These electrodes are suitable for all welding positions, except for vertical down, enhancing versatility and usability in various project orientations.