Products

Transformers and other equipment in station and distribution systems are shielded from atmospheric (particularly lightning influence) and operating circumstances by means of M.V. Polymer Surge Arresters.Metal oxides Surge arresters without gaps are designed to prevent probable damages in the case of typical surges in energy systems while it has no negative effect on energy systems in normal operation voltage. This special feature of gapless arresters originating from non-linear characteristics of metal-oxide varistors between voltage and current scales. The non-linear feature is much higher compared to silicon carbide Surge arresters. 

M.V. Polymer Lightning Arresters are used to protect transformers and other equipments in station and distribution systems against the damage by atmospheric (especially lightning effects) and operational conditions.
oxides of metals Gapless lightning arresters are made to guard against potential harm during ordinary energy system surges, but they don't affect energy systems when operating at normal voltage. Due to the non-linear properties of metal-oxide varistors between the voltage and current scales, gapless arresters have this unique feature. When compared to silicon carbide lightning arresters, the non-linear feature is significantly higher.

M.V. Porcelain Lightning Arresters are used in station and distribution systems to guard against atmospheric (particularly lightning influence) and operating situations that could harm transformers and other equipment. 
When energy systems experience typical surges, metal oxide surge arresters without gaps are intended to stop potential damage while having no adverse effects on the systems during normal voltage operation. The unique quality of gapless arresters stems from the non-linear properties of metal-oxide varistors in the voltage and current scales. The non-linear characteristic is significantly greater than that of silicon carbide surge arresters. 

Transformers and other equipment in station and distribution systems are shielded from atmospheric (particularly lightning effects) and operational circumstances by M.V. Porcelain Lightning Arresters.
Surge arresters made of metal oxides with no gaps are intended to shield energy systems from potential harm during regular surges, without compromising normal operating voltage. Due to the non-linear properties of metal-oxide varistors between the voltage and current scales, gapless arresters have this unique feature. When compared to silicon carbide surge arresters, the non-linear feature is far greater. 

M.V. Porcelain Surge Arresters are used in station and distribution systems to guard against atmospheric (particularly lightning influence) and operational situations that could harm transformers and other equipment. 
When energy systems experience typical surges, metal oxide surge arresters without gaps are intended to stop potential damage while having no adverse effects on the systems during normal voltage operation. The unique quality of gapless arresters stems from the non-linear properties of metal-oxide varistors in the voltage and current scales. The non-linear characteristic is significantly greater than that of silicon carbide surge arresters. 

M.V. Porcelain Surge Arresters are used to protect transformers and other equipments in station and distribution systems against the damage by atmospheric (especially lightning effects) and operational conditions.
Metal oxides surge arresters without gaps are designed to prevent probable damages in the case of typical surges in energy systems while it has no negative effect on energy systems in normal operation voltage. This special feature of gapless arresters originating from non-linear characteristics of metal-oxide varistors between voltage and current scales. The non-linear feature is much higher compared to silicon carbide surge arresters.