Composite Line Post Insulators

Composite line post insulators are electrical components used to support overhead electrical conductors in power distribution and transmission systems. They consist of a core material made of insulating silicone rubber or other polymer materials, surrounded by a weather-resistant, flexible outer shell. They offer several advantages over traditional porcelain or glass insulators, including higher mechanical strength, lighter weight, and resistance to environmental factors such as moisture, UV radiation, and pollution.

Arrester Fittings

Disconnector Surge Arresters Manufacturers | IEC & IEEE Standards Compliant

Leading manufacturer of disconnector surge arresters, meeting IEC & IEEE standards. Trusted quality for safe, efficient power system protection worldwide.

Reliable Disconnector Surge Arresters Manufactured to IEC & IEEE Standards

As a trusted manufacturer specializing in disconnector surge arresters, we offer products fully compliant with IEC and IEEE standards. Our surge arresters provide reliable overvoltage protection for power systems, ensuring safety and operational efficiency. With advanced manufacturing facilities and rigorous quality control, we deliver superior performance at competitive prices.

A. About Our Disconnector Surge Arresters

Overview of product features
Importance of disconnector functionality in surge protection
Compliance with IEC 60099 and IEEE C62 series standards

B. Manufacturing Excellence

Description of factory capabilities
Quality assurance processes
Use of premium materials and technology

C. Industry Standards Explained

Explanation of IEC & IEEE standards relevant to surge arresters
Why compliance matters for safety and reliability

D. Applications & Benefits

Typical applications in power distribution and transmission
Benefits such as improved equipment lifespan, reduced downtime, and enhanced safety

E. Why Choose Us?

Experience and expertise (e.g., 10+ years in manufacturing)
Competitive pricing and fast delivery
Customization options and customer support

6. Call to Action (CTA)

7. FAQ Section (Schema Markup Friendly)

What are disconnector surge arresters?
What standards do your surge arresters comply with?
How to choose the right surge arrester for my project?
What is the typical delivery time?

NO.	The number of product model	Rated voltage（kv）	The minimum nominal creepage distance (mm)	Rated mechanical failure load		1min power frequency wet withstand voltage (RMS) not less than (kV)	Full wave lightning impulse withstand voltage (peak) (kV)	The height of the structure (mm)	Minimum arc distance(mm)
				Bend(KN)	Reverse(KN.m)
1	FZ-11/15	11/15	430	8	1.2	45	110	310	208

NO.	The number of product model	Rated voltage（kv）	The minimum nominal creepage distance (mm)	Rated mechanical failure load		1min power frequency wet withstand voltage (RMS) not less than (kV)	Full wave lightning impulse withstand voltage (peak) (kV)	The height of the structure (mm)	Minimum arc distance(mm)
				Bend(KN)	Reverse(KN.m)
2	FZ-24/33	24/33	1116	12.5	1.5	95	210	515	376

NO.	The number of product model	Rated voltage（kv）	The minimum nominal creepage distance (mm)	Rated mechanical failure load		1min power frequency wet withstand voltage (RMS) not less than (kV)	Full wave lightning impulse withstand voltage (peak) (kV)	The height of the structure (mm)	Minimum arc distance(mm)
				Bend(KN)	Reverse(KN.m)
3	FZ-66/72	66/72	2200	10	2	120	240	820	650

NO.	The number of product model	Rated voltage（kv）	The minimum nominal creepage distance (mm)	Rated mechanical failure load		1min power frequency wet withstand voltage (RMS) not less than (kV)	Full wave lightning impulse withstand voltage (peak) (kV)	The height of the structure (mm)	Minimum arc distance(mm)
				Bend(KN)	Reverse(KN.m)
4	FZ-66/69	66/69	2335	22	2.1	275	350	1063	740