Manufacturer of Dropout fuse cutout, lightning surge Arrester, DISCONNECTING SWITCH, INSULATOR, WALL BUSING and INSLATING PROTECTION COVEr
email: info@abimat-electric.com        WeChat: 18368780285

PRODUCT LIST:

  • Standardized fuse cutout
  • ABFCO121 fuse cutout
  • ABFCO122 fuse cutout
  • ABFCO123 fuse cutout
  • ABFCO124 fuse cutout
  • ABFCO125 fuse cutout
  • 300A & 400A fuse cutout
  • Load break fuse cutout
  • Wind-resistant fuse cutout
  • Fuse Cutout Fittings – Brass Casting
  • Fuse Cutout Fittings – Stamped parts
  • Fuse Cutout Fittings – Fuse Links
  • Fuse Cutout Fittings – Other Accessories
  • Low voltage surge arrester
  • Distribution surge arrester
  • Polymer surge arrester
  • Anti pollution surge arrester
  • Pillar surge arrester
  • Station surge arrester
  • Capacitive surge arrester
  • Line type surge arrester
  • Dropout surge arrester
  • Arrester disconnection, time, online monitor
  • ABG1 disconnecting switch
  • ABG2 disconnecting switch
  • ABG3 disconnecting switch
  • ABG4 disconnecting switch
  • GW1 disconnecting switch
  • GW4 disconnecting switch
  • GW5 disconnecting switch
  • Low voltage disconnecting switch
  • Suspension insulator
  • Pin insulator
  • Post insulator
  • Cross arm insulator
  • Other insulator
  • Insulator hardware
  • Composite dry wall bushing
  • Porcelain wall bushing

Abimat Electric

  • ADDRESS: Deyu Road 5, Xiangyang Industry District, Yueqing City, Zhejiang Province, China
  • Email: info@abimat-electric.com
  • Wechat: 18368780285
WeChat Abimat Electric

Composite dry wall busing

Composite dry wall busing​ represent a significant advancement in high-voltage penetration technology. Designed to replace traditional oil-filled or porcelain bushings, these units feature a solid insulation system comprising an inner core of epoxy resin-impregnated fiberglass and an outer silicone rubber housing. This innovative construction delivers superior pollution resistance, seismic performance, and explosion-proof characteristics, aligning with the power industry’s demands for oil-free, compact, and environmentally friendly solutions – making them ideal for urban and rural grid modernization.

Core Technology & Advantages

  1. Solid Composite Insulation:

    • Inner Insulation: Epoxy resin-bonded fiberglass tube provides exceptional mechanical strength (bending withstand: 1250 N) and dielectric properties.

    • Outer Insulation: High-temperature vulcanized (HTV) silicone rubber sheds offer outstanding hydrophobicity and superior pollution/flashover resistance compared to porcelain.

  2. Key Benefits:

    • Oil-Free Design: Eliminates fire hazards and environmental risks associated with oil leakage.

    • Compact & Lightweight: Facilitates easier installation and reduces structural load.

    • High Reliability: Excellent resistance to seismic activity, thermal cycling, and UV degradation.

    • Low Maintenance: Silicone rubber sheds resist tracking and erosion, minimizing cleaning needs.

Product Model Designation

  1. The model FCGW-12/1250 indicates:

    • FCGW: Composite (F) Dry-Type Wall Bushing (CGW)

    • 12: Rated Voltage (12 kV)

    • 1250: Rated Current (1250 A)

Standard Technical Parameters

Standard Technical Parameters
Specification / modelRated voltage (kV Rated
current (A)
Allowable bending load (N)Bending failure load(N) Lightning impulse withstand voltage(kV)Power frequency 1min wet withstand voltage (kV)
FCGW-12/250-160012250~160062512507530
FCGW-12/2000-4000122000~315062512507530
FCGW-24/630-400024630~3150625125015060
FCGW-40.5/630-400040.5630~3150625125020080
FCGW-72.5/630-160072.5630~16006251250325147
FCGW-126/630-1600126630~16006251250550230

Conclusion

Dry capacitor wall bushing​ (FCGW series) offer a robust, reliable, and maintenance-optimized solution for safely passing high-voltage conductors through walls, barriers, or tank enclosures in substations and switchgear. Their solid insulation technology, combined with the superior environmental performance of silicone rubber, makes them the preferred choice for modern power networks prioritizing safety, longevity, and grid resilience. Their standardized ratings and proven mechanical/electrical performance ensure seamless integration into new installations or retrofit projects.

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