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Australian Power Cord Factory


The NINGBO QIAOPU ELECTRIC CO., LTD. is a professional OEM Australian Power Cord Manufacturer and ODM Australian Power Cord Factory, was founded in 2001. It has a power cord with the trademark "QIAOPU" on it. The company specializes in the manufacture of national security certification power cables, plugs and sockets, extension cords, rubber cords, and other electrical components. In 2013, Ningbo Qiaopu Electric Co., Ltd. generated a total output value of RMB 170 million. It currently employs 178 people, including 8 quality inspection personnel, 7 quality assurance personnel, and 7 technical and research personnel. The plant covers an area of 21,000 square meters. For the rubber line workshop, the PVC granulation workshop, the copper wire bundle workshop, the wire drawing workshop, the riveting workshop, the plug injection workshop, the factory inspection and delivery workshop, and the factory inspection and delivery workshop.
NINGBO QIAOPU ELECTRIC CO., LTD..'s QIAOPU trademark products primarily include European plugs, European power cords, American plugs, American power cords, GB plugs, GB power cords, British plugs, Australian plugs, Japanese plugs, Korean plugs, South African plugs, Brazilian plugs, Argentine plugs, Swiss plugs, Israeli plugs, and so on. Power cord models are H03VVH2-F, H03VV-F, H05VV-F, H05VVH2-F, IEC52 (RVV), IEC53 (RVV), H05RN-F, H05RR-F, H07RN-F, SVT, SJT, SPT, and other nations across the world certified power cord.
QIAOPU brand power cable products have received ROHS, PAHS, REACH, and other environmental certifications, and Ningbo Qiaopu Electric Co., Ltd. has gained ISO9001:2008 and GB/T19001:2008 quality system certification. QIAOPU product certifications include European VDE, US UL, UK UK, Australian SAA, South Africa SABS, Brazil UC/INMETREO, Japan PSE, Korea KC, and others.

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Australian Power Cord Industry knowledge
The Australian power cord, commonly known as the Type I plug, is designed for electrical appliances in Australia, New Zealand, and certain Pacific island countries. It features two or three flat pins in a V-shape, with the earth pin longer and placed at an angle. The plugs are specifically designed to fit into Australian power outlets, which are typically configured with two or three flat pins corresponding to the plug design. These plugs adhere to the Australian standard AS/NZS 3112.
Will using an Australian power cord cause damage to the Australian power cord if the current rating is exceeded?
Yes, if the rated current of the Australian power cord is exceeded when using it, it will indeed cause damage to the power cord.
When the current exceeds the rated current of the wire, the wire will overheat. Because when current passes through a conductor, a certain resistance is generated, which converts electrical energy into thermal energy. If the resistance is too high, the temperature of the wire will rise sharply, even reaching the ignition point, which can cause a fire. In addition, when the wire is overloaded, it may become fragile and prone to breakage. Thermal expansion and contraction can cause wire deformation, which can lead to wire loosening, poor contact, and even short circuits.
Therefore, when purchasing and using Australian power cords, it is important to pay attention to their rated current and power, and ensure that they do not exceed these limits in actual use to avoid damaging equipment or causing safety accidents. At the same time, it is also recommended to regularly check the condition of the power cord to ensure that it is not worn or damaged, in order to ensure the safety and stability of use.

When choosing an Australian power cord, do you need to consider the distance between the locations of the equipment being used?
When choosing an Australian power cord, it is indeed necessary to consider the distance between the locations of the devices used. The length of the power cord directly determines the range within which the device can be placed. If the power cord is too short, the device may not be able to be placed in the appropriate position. However, if the power cord is too long, it may bring additional resistance and power loss, affecting the power supply and performance of the device.
The longer the power line length, the greater the line resistance, which will reduce the efficiency of power transmission and thus affect the power performance of the equipment. Therefore, for devices that require high power, it is necessary to choose wires with short power lines and large cross-sectional areas as much as possible to ensure the quality of power transmission. If the distance between device positions is far, it is necessary to choose a sufficiently long power cord, but also ensure that the quality and cross-sectional area of the power cord are sufficient to reduce resistance and power loss.