Porcelain Antifog Disc Insulators

Name: Porcelain Antifog Disc Insulators
Brand: ELECTROMECH SERVICES
Price: 550.00 -
Availability: InStock

Price 550.00 - 1000.00 INR/ Piece

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MOQ : 500 Pieces

Porcelain Antifog Disc Insulators Specification

Material
Porcelain type

Welding Standard
N.A.

Application
Pole Line Fittings, Substation Fittings & Tower Fittings

Galvanization Standard
IS SPECIFICATION

Out Coating
Brown glazed Ceramic body

Standard
IS Specifications

Shape
Round

Surface Treatment
Ceramic Glazing

Height
As per drawing Millimeter (mm)

Design
As per Drawing

Thickness
As per Drawing Millimeter (mm)

Color
Brown

Warranty
12 Months

Porcelain Antifog Disc Insulators Trade Information

Minimum Order Quantity
500 Pieces

FOB Port
HOWRAH OR KOLKATA

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

Supply Ability
3000 Pieces Per Week

Delivery Time
7-10 Days

Sample Available
No

Packaging Details
Wooden Crates

Main Domestic Market
All India

Certifications
Type Test & Routine Test Reports available.

About Porcelain Antifog Disc Insulators

Porcelain Antifog Disc Insulators

Anti Fog Disc insulators are made of high grade wet process and are normally Brown Glazed. These are most widely used models for transmission and distribution lines. Their design varies to suit different types of polluted zones and mechanical strength as per customer's requirements.

Applicable Standards: IS:731-1971 and IS: 2633-1986

Anti Fog designs are available in 70 KN, 90 KN, 120 KN and 160 KN respectively.

Precision Engineering in Porcelain Insulators

Each antifog disc insulator is produced to match exact specifications laid out in supplied drawings, making them ideal for customized projects. Advanced ceramic glazing elevates their resilience, maintaining stable performance in challenging weather conditions. Their adherence to IS Standards delivers confidence in quality and suitability for widespread electrical applications.

Applications Across Electrical Networks

Designed for usage in pole line fittings, substation fittings, and tower installations, these insulators are integral in reinforcing high-voltage networks. Their antifog properties ensure reduced maintenance and minimize power disruption, allowing operators to rely on consistent insulation protection.

FAQs of Porcelain Antifog Disc Insulators:

Q: How are the thickness and height of the Porcelain Antifog Disc Insulators determined?

A: The thickness and height are customized as per client-provided drawings, allowing compatibility with various installation requirements and ensuring optimal fit within specific project designs.

Q: What is the benefit of the ceramic glazing and brown glazed coating on these insulators?

A: The ceramic glazing and brown coating enhance weather resistance and durability, protecting the insulator from environmental impacts, moisture, and fog, which results in longer service life and reliable electrical performance.

Q: When should these insulators be used in electrical infrastructure?

A: These insulators should be used when constructing or upgrading pole line, substation, or tower installations, especially where insulation reliability in adverse weather and antifog capabilities are priorities for operational safety.

Q: Where are these porcelain insulators manufactured and supplied?

A: They are produced, retailed, and supplied across India, meeting IS Specification standards and serving clients through various rolesmanufacturer, retailer, supplier, and trader.

Q: What is the process involved in manufacturing these disc insulators?

A: The manufacturing process follows IS specifications for material selection and design, incorporates ceramic glazing, and applies a brown glazed ceramic body. Each unit is fabricated precisely according to supplied drawings and undergoes rigorous quality checks.

Q: How do these insulators benefit pole and substation installations?

A: By offering reliable antifog properties and superior electrical isolation, these insulators reduce maintenance needs, increase system longevity, and contribute to safer operation in high-voltage electrical networks.

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