manufacturing process of suspension disc-type glass insulators
these materials undergo chemical analysis and screening to ensure consistent chemical composition.
the raw materials are combined using a computer-controlled batching system to achieve precise composition.
the batch mixture is melted in a glass furnace to form molten glass.
high-speed molding machines shape the molten glass into glass shells with accurate geometry.
air and water cooling conveyors are used to cool and solidify the glass shells.
hardware components are treated with pitch (bitumen) for corrosion protection before assembly.
tensile mechanical strength tests are performed on every unit after curing.
insulators that pass quality control tests are packaged in crates for storage and transportation.
quality control measures, such as monitoring acceptance rates and analyzing production data, are implemented to maintain consistent quality.
manufacturers may use counters on production lines to track process parameters and ensure product reliability.
after assembly, insulators undergo curing in a hot water bath at specific temperatures based on the mechanical rating of the insulator.
10.final inspection:
final inspection is conducted to verify the integrity and performance of the manufactured suspension disc-type glass insulators before distribution.
this manufacturing process ensures that suspension disc-type glass insulators meet stringent quality standards and perform effectively in power distribution systems. this detailed manufacturing process outlines the key steps involved in producing suspension disc-type glass insulators, emphasizing quality control measures and precision in manufacturing for optimal performance in power distribution systems.