SH Power provides customized design services according to different voltage levels and environmental conditions. Our technical experts offer comprehensive support—from insulation performance analysis and installation guidance to operation and maintenance advice—ensuring optimal performance under complex operating conditions.
The 10kV composite suspension insulator is composed of a glass fiber epoxy core, silicone rubber sheds, and metal fittings. The silicone rubber sheds are manufactured using integrated injection compression technology, effectively addressing the critical issue of electrical breakdown at the interface, which is a key factor affecting the reliability of composite insulators. The connection between the glass fiber core and the metal connectors is achieved through advanced pressure welding technology, which is complemented by an automatic acoustic detection system. This results in high strength, an aesthetically pleasing appearance, compact size, and lightweight construction. The galvanized metal connectors offer excellent corrosion resistance. The insulators are designed to be interchangeable with porcelain insulators, ensuring a reliable structure. The products are designed to prevent damage to the core, thereby fully utilizing their mechanical strength.
| Model | Rated Voltage(kV) | Specified Mechanica Load(kN) | Mark of Connection | Structure height(mm) | Insulation Distance(mm) | Creepage Distance(mm) | Lightning Impulse Withstand Volage | 1 Min Power Requency Wet Withstand Voltage |
| FXBW-10/70 | 10 | 70 | 16 | 310 | 135 | 350 | 75 | 38 |
| FXBW-10/120(100) | 10 | 120(100) | 20 | 380 | 188 | 420 | 75 | 38 |
Overhead line high-voltage, extra-high voltage, and ultra-high voltage suspension products; high-voltage line post-type products; composite crossarms for distribution networks; composite post insulators for substation busbars and equipment.
Manufactured with high-strength epoxy fiberglass cores and high-quality silicone rubber housings, they offer excellent pollution flashover resistance and anti-aging performance.
At the same voltage level and mechanical strength class, composite insulators weigh only about 1/7 to 1/10 of ceramic/glass insulators, reducing steel consumption for towers and lines and significantly cutting infrastructure costs.
With a pollution flashover voltage more than twice that of ceramic/glass insulators, they minimize the risk of flashover failures caused by contamination, indirectly lowering operation and maintenance expenses.
They operate reliably in harsh environments such as extreme cold, high temperatures, coastal areas, and heavily polluted regions.
Thanks to an eco-friendly and intelligent manufacturing process, composite insulators offer excellent quality consistency and a service life exceeding 30 years.
Through material innovation and structural optimization, composite insulators achieve an optimal balance of high strength, lightweight design, and long service life. Offering high cost-effectiveness, they are critical components in modern power systems for enhancing line safety and are widely used in transmission lines and substations.
Our composite insulators are extensively used in 1000kv,±800kV and other UHV DC and AC transmission projects, providing reliable insulation for critical national power arteries.
Composite post insulators serve as the external-insulation support components for all kinds of equipment in converter stations and substations, providing both electrical insulation and structural support for busbars and electrical apparatus.
Widely applied to support reactors and capacitors in DC and AC filter fields, which are crucial for maintaining power quality in the grid.
Used as integral insulation components for various high-voltage equipment, including circuit breakers, disconnectors, and arresters.
