Polymeric Composite Electric Insulator

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Polymeric Composite Electric Insulator Specification

Coating Type
Silicone weather-resistant coating

Feature
Lightweight, high mechanical & electrical strength, non-brittle, anti-corrosive

Layer
Multi-layered polymeric construction

Density
1.8 Gram per cubic centimeter(g/cm3)

Surface Treatment
UV resistant, hydrophobic coating

Thermal Conductivity
<0.2 W/mK

Installation Guideline
Should be mounted using standard hardware for overhead lines

Size
330 mm (length) / customizable

Product Type
Polymeric Composite Electric Insulator

Material
High-density polymeric composite, silicon rubber

Rated Voltage
11 kV

Tensile Strength
Above 4 kN

Width
As per standard (customizable)

Thickness
5-15 mm (approx.)

Application
Overhead transmission & distribution lines

Breakdown Voltage
Greater than 35 kV/cm

Heat Conductivity
Low thermal conductivity

Color
Red / Grey

Max Withstanding Temperature
Up to 120C

Flame Retardancy
Self-extinguishing as per ASTM D635

Corona Discharge
<1 pC at 22 kV

Environmental Resistance
Resistant to UV, Ozone, and Severe Pollution

Arcing Distance
320 mm

Creepage Distance
900 mm

Mounting Type
Ball and Socket / Tongue and Clevis fittings

Weight
Approx. 1.1 kg

Humidity Resistance
Yes, suitable for up to 95% RH

Standards Compliance
IEC 61109 / IS 14268

Polymeric Composite Electric Insulator Trade Information

Payment Terms
Telegraphic Transfer (T/T), Cash in Advance (CID), Cheque, Cash Advance (CA)

Supply Ability
10 Per Day

Delivery Time
15 Days

Main Export Market(s)
Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Central America, Asia, Africa

Main Domestic Market
All India

About Polymeric Composite Electric Insulator

Ending Soon: Secure the finest Polymeric Composite Electric Insulator at the lowest price! This eminent insulator offers a radiant solution for overhead transmission and distribution lines, featuring a creepage distance of 900 mm and arcing distance of 320 mm. Crafted from high-density polymeric composite and silicon rubber, it boasts exceptional humidity resistance (up to 95% RH), superb electrical and mechanical strength, and self-extinguishing flame retardancy (ASTM D635). Highlighted with superior UV, ozone, and severe pollution resistance, it ensures extended durability and safety dont miss the most reliable choice for your infrastructure needs!

Advantages and Applications of Polymeric Composite Electric Insulator

This insulator is highlighted by its exceptional resistance to UV radiation, ozone, and severe pollution, ensuring robust performance in diverse climates. The lightweight, non-brittle construction and high mechanical strength make it the finest choice for overhead transmission and distribution lines. Its low thermal conductivity and hydrophobic surface minimize losses and contamination. Used as a protective element in challenging environments, it supports reliable electrical infrastructure in both urban and industrial networks, making it suitable for demanding application media.

Certifications, Delivery Timeline, and Export Market Focus

Complying with IEC 61109 and IS 14268 standards, our eminent Polymeric Composite Electric Insulator guarantees adherence to the highest quality benchmarks. Upon receipt of your Purchase Order, products are swiftly dispatched and supplied to destinations across India and major export markets, including Africa, the Middle East, and Southeast Asia. With streamlined logistics, delivery is prompt and efficient, ensuring that your supply needs are met without delay for projects of any scale.

FAQs of Polymeric Composite Electric Insulator:

Q: How does the Polymeric Composite Electric Insulator benefit my transmission line projects?

A: This insulator combines high electrical and mechanical strength with lightweight, non-brittle construction, offering ease of installation and superior durability. Its resistance to environmental factors extends service life and reduces maintenance needs.

Q: What is the process for purchasing and receiving these insulators?

A: Simply place a Purchase Order with us. After order confirmation, the insulators are promptly dispatched and supplied according to your specified delivery requirements, ensuring timely availability for your project.

Q: Where can this insulator be optimally used?

A: It is ideal for overhead transmission and distribution lines, particularly in environments with high humidity, pollution, or exposure to UV and ozone, supporting reliable operation in urban and industrial networks.

Q: When should I consider replacing or upgrading to this composite insulator?

A: Upgrade when conventional ceramic or glass insulators show signs of surface degradation, reduced reliability, or when operating in harsh environments requiring improved longevity and performance.

Q: What certifications support the quality and safety of this product?

A: Our Polymeric Composite Electric Insulator complies with international standards IEC 61109 and IS 14268, and features self-extinguishing properties as per ASTM D635, providing assurance of quality and safety.

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