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Ethiopia Cable Housing
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Product Description
Production Capacity
Advanced equipment ensures that all processes, from material cutting, assembly, welding, machining, to blasting and painting, are at the forefront of global technology.
Laser Cutting Machines: 4.5m x 18m machines from Tanaka (Japan)
Cranes: 50-ton and 80-ton cranes from GH (Spain)
Floor-Type Boring and Milling Centers: A 4.1m x 12m (Spain)
Welding Equipment: EWM welders (German) and Welding Robots from Yaskawa (Japan)
Quality Assurance
We have obtained multiple system qualifications:
● IS09001 Quality Management System Certificate
● IS014001 Environmental Management System Certificate
● ISO3834 Quality Requirement for Fusion Welding of Metallic Materials
● ASME U/S Boiler and Pressure Vessel Certificate and Code
● DIN EN 1090-1/2 Execution of Steel Structures
● CWB 47.1 CWB Certification for Fusion Welding of Steel
In modern power systems, efficient, stable, and safe power transmission is crucial, and our GIS Cable Housing is a key component ensuring this goal is achieved.
Superior Material Properties
Our GIS Cable Housing uses high-performance insulation materials with excellent electrical insulation properties, effectively preventing faults such as current leakage and short circuits. Simultaneously, this material also possesses excellent mechanical strength and corrosion resistance, withstanding certain external impacts and harsh environmental erosion. Whether in humid underground environments or industrial areas with chemical corrosion risks, it provides long-term stable protection for cables.
Refined Structural Design
The GIS Cable Housing employs a meticulously designed structure with excellent sealing performance. It effectively isolates the cable from the external environment, preventing the ingress of moisture, dust, and other impurities, thus ensuring the cable's insulation performance remains unaffected. Furthermore, the rational internal space layout facilitates cable installation and maintenance, reducing construction difficulty and time costs.
Good Heat Dissipation Performance
During power transmission, cables generate heat. If this heat cannot be dissipated in a timely manner, it will affect the cable's lifespan and performance. Our GIS cable housing features an excellent heat dissipation design. Through special heat dissipation channels and the thermal conductivity of the materials, it quickly dissipates the heat generated by the cable, ensuring the cable operates at an optimal temperature.
Whether in urban power grid construction or industrial power supply systems, our GIS cable housing provides reliable protection for cables and guarantees stable power transmission thanks to its superior performance.