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Ceramic Insulator

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MOQ : 50 Boxes

Ceramic Insulator Specification

Installation Guideline
Mount on pin for overhead line; ensure secure fitting

Coating Type
Porcelain Glaze

Surface Treatment
Glazed Finish

Feature
Weatherproof, Corrosion Resistant, Rugged

Size
As per standard specification, Approx. 70x55 mm

Layer
Single Layer

Density
2.6 Gram per cubic centimeter(g/cm3)

Thermal Conductivity
<2.5 W/mK

Product Type
Pin Type Ceramic Insulator

Rated Voltage
11 kV

Tensile Strength
Min. 10 kN

Width
Approx. 70 mm

Thickness
Approx. 55 mm

Application
Overhead Power Distribution

Breakdown Voltage
>30 kV

Heat Conductivity
Low

Color
Brown

Max Withstanding Temperature
Up to 1000C

Ceramic Insulator Trade Information

Minimum Order Quantity
50 Boxes

FOB Port
Khurja - Uttar Pradesh

Payment Terms
Cheque

Supply Ability
Box

Delivery Time
30 Days

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Wooden Box

Main Domestic Market
Uttar Pradesh

Certifications
ISO 9001:2000

About Ceramic Insulator

Ceramic Insulator

With the help of our years of experience and knowledge in this domain, our company has been able to mark its strong presence in the market as one of the renowned manufacturers and suppliers of Ceramic Insulator. We use best grade raw materials that is sourced from the most trustworthy vendors of the market to manufacture our range of insulators. Our high tensile Ceramic Insulator is in a high demand owing to its high mechanical strength, robust construction, long operational life and low maintenance features.

Specifications

Features:

B & S Insulator, T & C Type
Specially design with electro mechanical strength
Provided with reasonable power frequency
Can withstand voltage and power frequency of puncture voltage
Ensures stable functioning
Glaze applied is compressive in nature
Adds to mechanical strength
Provides smooth surface for self-cleaning under contamination

Engineered for Demanding Power Distribution

Built with a strong porcelain glaze and exceptional mechanical strength, this ceramic insulator is designed to perform reliably in challenging overhead power distribution settings. Its corrosion-resistant and weatherproof qualities not only extend product life but also ensure stable operation under a range of environmental conditions. Operators can have confidence in its ability to withstand high voltages and extreme temperatures without compromising safety or performance.

Precision Construction and Versatile Application

With precise size specifications (approx. 70 mm width and 55 mm thickness) and a single-layer structure, this insulator fits seamlessly into standardized pin-type installations. Its superior electrical and thermal propertieslike low heat conductivity and high breakdown voltageslash the risk of system failures. It is the go-to choice for electricians, utility providers, and power infrastructure projects requiring reliable, long-term service.

FAQs of Ceramic Insulator:

Q: How should the ceramic insulator be installed for overhead power distribution?

A: The insulator must be securely mounted onto a pin, ensuring a stable and tight fit on the overhead line. Proper installation minimizes the risk of mechanical loosening or electrical faults during operation.

Q: What benefits does the porcelain glaze provide on this ceramic insulator?

A: The porcelain glaze delivers enhanced weatherproofing and corrosion resistance. It acts as a protective barrier against environmental factors, maintaining the insulators structural integrity and performance over time.

Q: When is this ceramic insulator recommended for use?

A: It is ideally used in overhead power distribution settings requiring a rated voltage of 11 kV, especially where weatherproofing and high thermal resistance up to 1000C are essential.

Q: Where can these ceramic insulators be sourced from?

A: These insulators are available from leading exporters, manufacturers, and suppliers in India, ensuring adherence to standard specifications for professional power distribution projects.

Q: What is the manufacturing process for this type of ceramic insulator?

A: The insulator is formed from high-density ceramic material, shaped into a single layer, and coated with a porcelain glaze. It is then kiln-fired to boost strength, provide a rugged finish, and enhance low thermal conductivity.

Q: How does the insulators design improve safety and reliability in use?

A: Its high breakdown voltage (>30 kV), low heat conductivity, and robust tensile strength (minimum 10 kN) reduce operational risks, ensuring ongoing reliability and safety for power networks exposed to harsh outdoor conditions.

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