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Copper Bus Bars Manufacturer and Exporter in Kuwait

C-Fit Copper is one of the leading manufacturers and exporters of copper bus bars in Kuwait known for its high quality products. Established as a reliable company with a strong focus on quality and accuracy, we offer a wide variety of copper bus bars that meet the requirements of various industries including electrical, automotive, and construction. Our bus bars are characterized by enhanced conductivity, high durability, as well as the ability to resist corrosive action, making them suitable for application where conditions are tough. At C-Fit Copper, we maintain superior quality and use hi-tech fabrication techniques to manufacture our copper bus bars to match international standard. C-Fit Copper aspires to achieve customer satisfaction with the help of our esteemed team of specialists to become one of the leading companies that supply the copper bus bar in Kuwait.

Types in Copper Busbars:

Flat Busbars in Kuwait

Flat bus bars are electrical conductors of rectangular section where the flatness of the bus bar provides high conductivity and low electrical resistance, low thermal resistance and easy to incorporate into small electrical structures.




Hallow Busbars in Kuwait

Hollow conductors are light and versatile primarily employed in electrical networks. The effectively provides systems for cooling, low utilization of material and good conductivity makes them appropriate for high current usage.


Insulated Busbars in Kuwait

Insulated bus bars are effective in the power distribution since they minimize chances of electric shock and short circuits. They offer simultaneously good conductivity and strong dielectric properties that make the risk and failures negligible.

Copper BusBars Specification

Bus bars usually use standardized dimensions keeping in mind optimal performance and fitting properly within the electrical system. The specifications which are provided include material composition, whether it is copper or aluminum as well as various grades of purity levels for conductivity. Besides, bus bars as well are specified by dimensions in which the thickness, width, and length are designed for current carrying capacity and space limitations of the application. Surface finish, for corrosion resistance and electrical contact are also required to be specified such as tin plating or bare copper.

Bus Bar Specification
Dimension Details :-Thickness
1 mm (min)
2 mm (min)
3 mm (min)
5 mm (min)
6 mm -50 mm
Width
10 mm - 50 mm
10 mm - 100 mm
10 mm - 150 mm
10 mm - 200 mm
10 mm - 250 mm
Specifications (ETP) :-IS: 191, 613 & 1897, BS EN 13601:2002, ASTM B187
Cross section :-upto 3000 mm²
Standard :-EN 13601: 2002, EN 13602: 2002
Conductivity :-Above 97% IACS min in Half Hard
Above 99.95% in annealed
Purity :-Copper - 99.9%
Specifications (OFC) :-Copper: 99.99%, O
2: < 10 ppm
Copper: 99.90%, O
2: < 100 ppm
Type :-Rectangular, square and any corner radius, Full Round Edge

Features of Copper Bus Bars

  • High Electrical Conductivity: Provisions for effective power distribution with reduced losses on the electrical power.
  • Durability: Durable and having the ability to be long-lasting for long periods and can endure extreme environmental conditions.
  • Corrosion Resistance: Optimizes performance over time, especially in corrosive environment.
  • Thermal Conductivity: Designed to prevent overheating by efficiently releasing the heat generated inside the processor.
  • High Current Capacity: High current handling capability making them ideal for applications that require high performance.
Material E-copper F30

current load in A		Material E-AL

current load in A
width x thickness mmweight kg/ meterAC up to 60 Hz barDC + AC up to 16 2/3 Hz barweight kg/meterAC up to 60 Hz barDC + AC up to 16 2/3 Hz bar
uncoatedpainteduncoatedpainteduncoatedpainteduncoatedpainted
40x31,070366435367436320285346285346
25x51,115327384327384340255305255305
30x51,340379447380448410295356296356
20x101,780427497428499540331393331393
40x51,780482573484576540376456376457
50x52,230583697588703680455556456558
30x102,670573676579683810445536447538
60x52,670688826696836810533655536658
40x103,5607158507288651,080557677561682
80x53,560885107090210901,080688851694858
50x104,450852102087510501,350667815674824
100x54,45010801300111013401,35084610508581060
60x105,3409851180102012301,620774951787966
80x107,12012401500131015902,160983122010101250
100x108,90014901810160019402,7001190148012401540
120x1010,68017402110189023003,2401390173014601830
160x1014,24022202700247030104,3201780222019002380
200x1017,80026903290304037205,4002160271023502960
12x22101081231081236084978497
15x227012814812814880100118100118
20x2360162189162189110127150127150
15x3400162187162187120126148126148
20x3530204237204237160159188159188
25x3670245287245287200190228191228
30x3800285337286337240222267222268
20x5890274319274320270214254214254

Dimension Chart:

Width * Height (W*H)(W*H) sqmm(W*H) sqmm
25*0560*05100*08
30*0560*08100*10
30*0860*10100*12
35*0570*05110*08
35*0870*08110*10
40*0570*10110*12
40*0870*12120*08
40*1080*05120*10
50*0580*08120*12
50*0880*10
50*1080*12

Advantages And Disadvantages

Advantages

  • High Conductivity: This distribution of electrical power happens efficiently with the least amount of energy lost in the process.
  • Compact Design: Conserves space through centralization with cables and minimizes compartmentalization of cables.
  • Durability: Durable and effective for long term use that can able to be used under severe conditions.
  • Ease of Installation: Reduces the degree of difficulty in the wiring process of electrical systems and their alterations.
  • High Current Capacity: Capable of handling high current levels, ideal for use in demanding circuits.

Disadvantages

  • Cost: However, they are relatively costly as compared to the conventional wiring techniques.
  • Weight: It is generally heavier, which means it needs support to be stronger than the traditional N gauge.
  • Potential for Overheating: Has the potential of overheating if not well continuously managed or if it poorly designed.
  • Complexity: tomer specific designs may be challenging and may even call for sophisticated engineering techniques.
  • Limited Flexibility: They can only be stretched to a limited extend and hence a bit bulky to bend in tight corners as compared to cables.