10Kv-500Kv Composite Insulators

Our product portfolio includes pin type, suspension type, post type, and crossarm type composite insulators, designed to meet the electrical insulation, mechanical loading, and environmental requirements of different power line and substation applications. Manufactured with silicone rubber housings, high-strength FRP core rods, and metal end fittings, our composite insulators are engineered to provide reliable electrical insulation, mechanical strength, weather resistance, and long-term outdoor operating performance. We support power utilities, EPC contractors, and electrical equipment distributors with customized specifications and solutions tailored to project requirements.

Designed primarily for medium-voltage overhead distribution lines, pin type composite insulators are mounted on poles or crossarms to support and electrically isolate conductors. They offer a lightweight and durable solution for distribution networks.

36kV Composite Pin-Type Insulators	33kV High-Voltage Overhead Lines	20 kV overhead distribution lines
The 36kV pin-type composite insulator is suitable for outdoor overhead distribution lines and is used for wire support, electrical insulation and stable operation of the lines.	33kV pin-type composite insulators are mainly used in high-voltage overhead transmission and distribution lines. They can provide reliable support for conductors and achieve electrical isolation between live conductors and crossloads, poles and towers.	20kV pin-type composite insulators are suitable for 20kV overhead distribution systems and can provide stable support and safe insulation for conductors.

Suspension Type Composite Insulators are widely used in overhead transmission and distribution lines, suspension type composite insulators connect conductors to transmission towers and support mechanical loads. They are suitable for straight-line suspension and tension applications across different voltage levels.

66kV Long-Rod Composite Suspension Insulators	500kV Long-barrier composite insulators for transmission lines	35 kV Rod-Type Suspension Composite Insulator for Overhead Lines
This 66kV insulator is applicable to power transmission lines, industrial power supply lines, wind areas and lines in polluted environments. Wishpower can provide selection and testing support based on project load, creepage distance and installation requirements.	500kV long rod composite insulators are suitable for ultra-high voltage AC overhead transmission lines and can be used in suspended towers, tension towers, long-span lines, coastal salt spray environments and industrial pollution areas. The product undertakes the functions of wire suspension, mechanical connection and electrical insulation.	The 35kV rod-shaped suspension composite insulator is suitable for high-voltage overhead lines, distribution networks and incoming and outgoing lines of substations, and can provide reliable suspension support and electrical insulation for conductors.

1. What types of composite insulators do you manufacture?

Manufactures a range of composite insulators for power distribution and transmission applications, including Pin Type, Suspension Type, Post Type, and Crossarm Type Composite Insulators.

2. What voltage ratings are available for your composite insulators?

We provide composite insulator solutions covering voltage ratings from 10kV to 500kV, including medium-voltage distribution and high-voltage transmission applications.

3. Can you manufacture composite insulators according to customer drawings?

Yes. Customization can cover product dimensions, creepage distance, mechanical load ratings, connection fittings, and other structural details.

4. What international standards do your composite insulators comply with?

IEC, ANSI, GB and specific technical requirements of customers. The specific standards can be confirmed based on the country where the project is located, the application scenarios and the procurement norms.

5. How do you test composite insulators?

1.Appearance and size inspection: Confirm the structural dimensions, umbrella skirt and hardware quality. 2. Electrical withstand voltage test: Verify the insulation performance of ultra-high voltage. 3. Mechanical tensile test: Confirm the load-bearing capacity of the long bar structure. 4. Material and hydrophobicity inspection: Evaluate the long-term operational capacity of the composite jacket. 5. Factory consistency check: Ensure that batch products meet technical specifications.

6. Can you provide composite insulator samples?

Yes. Samples can be discussed for product evaluation and technical verification before bulk orders. Sample availability, specifications, production time, and shipping arrangements depend on the requested model and project requirements. Customers can also provide drawings or technical specifications for evaluation.