33kV Polymer Pin Insulators

Name: 33kV Polymer Pin Insulators
Brand: G.S. VIDHUT UDHYOG
Price: 335 INR
Availability: InStock

Price 335 INR/ Piece

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MOQ : 500 Pieces

33kV Polymer Pin Insulators Specification

Finish
Weather Resistant

Frequency
50 Hz

Rated Voltage
33 kV

Tensile Strength
5 kN

Material
Silicone Rubber Composite

Color
Silver Grey

Application
33kV Overhead Power Lines

Product Type
Polymer Pin Insulator

Dimension (L*W*H)
Approx. 350*120*120 mm

Phase
Single/Three Phase Compatible

Size
34mm (Diameter)

Load Capacity
5 kN Mechanical Failing Load

Top Groove Type
Shed Profile

Arc Resistance
Enhanced

Core Material
FRP Rod

Weight
Approx. 2.5 kg

End Material
Stainless Steel

End Fitting Type
Pin Type

Creep Age Distance
500-600 mm

Insulation Category
Outdoor

Hydrophobic Surface
Yes

Creepage Distance
630 mm

UV Resistance
High

33kV Polymer Pin Insulators Trade Information

Minimum Order Quantity
500 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About 33kV Polymer Pin Insulators

Experience first-class reliability with our 33kV Polymer Pin Insulators, the paragon of safety and durability for modern power distribution. In demand among top-tier manufacturers and suppliers across India, these advanced insulators feature a superior shed profile, hydrophobic surface, and enhanced arc resistance. Crafted with top-grade silicone rubber composite and stainless steel pin ends, they're built for the harshest outdoor conditions. Their high UV resistance, 5 kN tensile strength, and 630 mm creepage distance make them the advance purchase of choice for 33kV overhead lines. Shop now for weather-resistant, low-maintenance performance.

Enhanced Features & Professional Application

Our 33kV Polymer Pin Insulators stand out for their high hydrophobic properties, robust weather resistance, and long creepage distance, making them ideal for outdoor 33kV overhead power lines. Installation is straightforward, designed for both single and three-phase compatibility, and ensures optimum performance in high-pollution and UV-prone environments. The advanced FRP core and silicone composite provide a lightweight yet durable solution suitable for a wide range of industrial or utility-scale applications.

FOB Port, Sample Access & Streamlined Logistics

Dispatching from major FOB ports across India, our insulators are available for rapid logistics and express shipping domestically and internationally. Samples can be arranged upon request to ensure product quality and suitability for your project. We offer flexible payment terms tailored to suit your procurement process, making transactions seamless from dispatch to receipt. Shop now and benefit from our efficient supply chain and responsive after-sales support.

FAQ's of 33kV Polymer Pin Insulators:

Q: How do you install the 33kV Polymer Pin Insulators on overhead power lines?

A: Installation is straightforward, typically requiring attachment to the pin arm of the pole using its stainless steel pin type end fitting. They are designed for both single and three-phase applications, fitting securely to ensure reliable insulation.

Q: What benefits do the hydrophobic and weather-resistant features provide?

A: The hydrophobic surface prevents water adhesion, reducing the risk of flashover during wet conditions, while the weather-resistant finish ensures long-term durability against UV exposure, pollution, and harsh outdoor environments.

Q: Where are these insulators typically used?

A: These insulators are predominantly used on 33kV overhead power transmission and distribution lines, both in high pollution and UV-intensive outdoor settings.

Q: What is the sample procurement process for these insulators?

A: To request samples, contact our sales team; samples are dispatched promptly for quality assurance and suitability assessment before bulk purchase.

Q: How does your logistics and shipping process work?

A: Products are dispatched from major Indian FOB ports, with express shipping and thorough logistics management offered to ensure timely and damage-free delivery globally.

Q: When should these insulators be replaced in an existing system?

A: Replacement is advised when insulators show noticeable wear, reduced hydrophobicity, physical damage, or reduced dielectric strength to maintain first-class electrical safety standards.

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