About us
Focus on the existing and sustainable development problems of the industry, and provide solutions through technological innovation.
News
Learn about the latest company, productss, business news and technological developments of SHEMAR POWER. Every day, SHEMAR is bringing safer and more economical electric energy closer to you.
Solutions
Innovative CICA solutions offering savings in materials, manpower, ROW, carbon emissions, and power loss for new builds and retrofits.
Products
Building a new generation of power system with new materials and technologies.
Transmission
Building a new generation of power system with new materials and technologies
Transmission
Substation
Substation Post Insulators
SHEMAR's composite substation post insulators are designed with advanced one-piecehousing technology that eliminates internal interfaces, providing superior bondingperformance and protection against erosion damage. The housing is directly vulcanizedto the core,resulting in asingle,seamless HTVsilicone rubber housing (sheath and shedsthat is impenetrable to moisture ingress and provides ultimate defense againstenyironmentalfactors.
-
Product advantages -
Download files
SHEMAR Composite Substation Post Insulators: Delivering SuperiorAgeing Resistance and Longevityin Reliability Performance
SHEMAR composite insulators embody the latest innovations in composite insulationtechnology combining world leading material science development, cutting edge designtechnology,state-of-the-art manufacturing and rigorously monitored quality control.
We understand the crucialimpact thatinsulators can have on thelong-term performanceofsubstations, which is why at SHEMAR we have prioritized creating compositeinsulatorproducts and solutions that offer unparalleled, reliability, ageing resistance andexceptionalperformance.
Design Features and ManufacturingOne PieceInsulator without Joints
SHEMAR's composite substation post insulators are designed with advanced one-piecehousing technology that eliminates internal interfaces, providing superior bondingperformance and protection against erosion damage. The housing is directly vulcanizedto the core,resulting in asingle,seamless HTVsilicone rubber housing (sheath and shedsthat is impenetrable to moisture ingress and provides ultimate defense againstenyironmentalfactors.
During manufacturing a single-shot injection molding process is used, which applieshigh pressure and temperature to ensure a robust, one-piece housing that is chemicallybonded to the core rod. This one-piece housing design features only one internainterface, i.e. the boundary interface between the housing and the FRP core rod, whichsignificantly reduces sensitivity to tangential electrical field stress that can causeerosion damage
-
Nothing
-
Nothing
