Products Introduction
Composite 45kV polymer tension insulator is composed of glass silicone rubber compound, glass fiber epoxy resin solid rod and end fittings. The main issue affecting the dependability of composite insulators—the interface electrical breakdown—is resolved by using the silicone rubber compound in conjunction with the entire injection and compression technology and connecting the glass fiber solid rod with the metal fittings via compression and connection.The business uses the most cutting-edge pressing technology available in China. It is tiny, strong, visually appealing, and light weight, and it is equipped with an autonomous sound wave damage control and detection system.It can be utilized in place of porcelain insulators. This product's trustworthy structure allows it to fully utilize its mechanical strength without endangering the mandrel.
Our Polymer Deadend Insulator is specifically designed for low-voltage power transmission and distribution systems. It provides reliable electrical insulation and mechanical support in challenging environments.
Products Parameter
| Model | Rated Votage |
Specified Mechanical Load |
Structure Height |
Minimum Dry Arc Distance | Minimum Creepage Distance |
Critical Impulse Flashover Voltage |
Wet Power Frequency Withstand Voltage |
| (KV) | (KN) | (mm) | (mm) | (mm) | ≥(kV) | ≥ (kV) | |
| FXBW-45/70 | 45 | 70 | 630±10 | 470 | 1050 | 330 | 157 |
Advantages
A reliable electrical insulation in power systems is ensured by the Polymer Deadend Insulator, which is designed to handle low-voltage up to 69kV.
To provide superior electrical insulating properties and resilience to environmental influences, we place a high priority on the use of premium rubber compounds, core rods, and fittings.
The Polymer Deadend Insulator is made to withstand harsh environments, ensuring that it will continue to function well over time.
As a sign of our trust in the caliber and sturdiness of our Polymer Deadend Insulator (500kV), we offer a thorough two-year warranty.
ISO Certified: Our business conforms with ISO 9001, ISO 45001, and ISO 14001, ensuring that international standards are followed and that our products are of the highest quality.
We maintain strict quality control measures to ensure that each Polymer Deadend Insulator (500kV) meets the highest standards of quality and reliability. Our commitment to stable quality control guarantees consistent performance across all products.
For the Polymer Deadend Insulator, we provide comprehensive test reports to demonstrate its compliance with international standards and specifications. These test reports assure customers of the product's superior performance and reliability.
Payment & shipment terms
| Minimum Order Quantity: | 10pcs |
| Price: | Negotiable |
| Packaging Details: | plywood case, fumigated solid wood case |
| Delivery Time: | 45~50 days EX-works |
| Standard: | IEC 61109 |
Raw Materials
| End Fittings | Core | Sheds and Housing |
| Hot dip galvanized cast iron or cast steel | Epoxy & Glass fiber (ECR is available) |
HTV Silicone Rubber |
| Min. thickness of the galvanization: 86μm | Diameter(mm): Φ38, Φ40, Φ55, Φ70, Φ90, Φ120 | Color: Grey, Red |
Knowledge
1. The economic benefits of using composite insulators in power transmission and distribution systems.
While the initial cost of composite insulators may be higher than traditional porcelain insulators, their longer lifespan and lower maintenance requirements can result in significant cost savings over the life of the system. Additionally, their lighter weight and ease of installation can result in lower labor and transportation costs.
2. The impact of composite insulators on the reliability and efficiency of power transmission and distribution systems.
Composite insulators can improve the reliability and efficiency of power transmission and distribution systems due to their excellent performance under harsh environmental conditions and lower maintenance requirements. This can result in fewer power outages, reduced system downtime, and improved power quality.
3. The role of composite insulators in promoting sustainable energy development.
As the world continues to shift towards more sustainable energy sources, the use of composite insulators can play a significant role in promoting sustainable energy development. Their durability and reliability can help to ensure the efficient and reliable transmission of renewable energy sources such as wind and solar power.
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