प्रॉडक्ट टाइप
Transmission Line Materials

मटेरियल
Copper, Galvanized Iron (GI), Aluminium

क्षमता
Up to 400 kV

आउटपुट पावर
High Power Transmission

सुरक्षा
Corrosion Resistant Coating

आउटपुट वोल्टेज
Up to 400 kV

आउटपुट चालू
High Current Capacity

आउटपुट टाइप
AC/DC Compatible

करंट वेवफॉर्म
Sine Wave (AC)

एप्लीकेशन
Power Transmission, Electrical Distribution

साइज
Standard and Custom Sizes

वज़न
Variable (Depending on Specification)

आयाम (एल* डब्ल्यू* एच)
Customized as per requirement

रंग
Silver, Grey

Conductor Type
Stranded/solid

Conductivity
High electrical conductivity

Temperature Range
-10°C to +80°C

Rust Resistance
Excellent long-term rust protection

Standards Complied
IS, BS, IEC standards

Accessories Available
Clamps, Insulators, Connectors

Installation
Outdoor/Overhead

Usage Environment
Suitable for harsh climatic conditions

UV Resistance
Yes

Tensile Strength
High tensile strength for overhead use

Surface Treatment
Hot Dip Galvanized/Anodized

With the full support of our highly qualified technical experts, we are involved in manufacturing, exporting and supplying a comprehensive range of Transmission Line Materials. These materials are used for various applications in high power voltage transmission lines. Our technical experts utilize superior quality aluminum in order to manufacture these materials with high precision and satisfaction. Also, these Transmission Line Materials can be availed from us market leading rates by our clients.

Features:

Optimal strength
Rugged design
Resistant to rust
Withstand high temperature

Superior Durability and Strength

These transmission line materials boast high tensile strength and undergo treatments such as hot dip galvanization and anodizing. This meticulous process ensures they withstand challenging weather and mechanical loads, maintaining structural integrity over time. Their rust resistance guarantees long-term outdoor reliability, even in coastal or industrial areas.

Versatile Application and Compatibility

Suitable for power transmission and electrical distribution, these materials can handle voltages up to 400 kV and accommodate high current capacity. With compatibility for both AC and DC outputs and sine wave (AC) current transmission, they serve varied installation requirements, from rural electrification to urban substations, efficiently.

FAQs of Transmission Line Materials:

Q: How are transmission line materials installed for overhead use?

A: Transmission line materials, designed for outdoor and overhead installation, are fitted with accessories like clamps, insulators, and connectors. The process typically involves securing the conductorseither stranded or solidon towers or poles, ensuring proper tension and electrical connectivity for safe and reliable power transmission.

Q: What surface treatments are offered for rust and corrosion protection?

A: Materials such as copper, GI, and aluminium receive hot dip galvanizing or anodizing treatments, forming a protective layer that resists rust and corrosion. This ensures long-term performance in harsh climates, making them suitable for coastal or polluted environments.

Q: When should high tensile strength transmission line materials be used?

A: High tensile strength transmission line materials are recommended for areas subjected to strong winds, heavy mechanical loads, or long span installations where durability and stability are essential for uninterrupted power transmission.

Q: Where can these transmission line materials be applied?

A: These materials are suitable for a wide range of settings including large-scale power transmission, electrical distribution networks, substations, and remote electrification projects throughout India.

Q: What standards do these transmission line materials comply with?

A: They are manufactured in accordance with IS, BS, and IEC standards, guaranteeing high quality and safety for power infrastructure projects.

Q: How does UV resistance benefit outdoor installations?

A: UV resistance ensures that the transmission line materials remain structurally and electrically sound despite prolonged exposure to sunlight, reducing degradation and maintenance needs over their service life.

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