The coating around the plated parts is not easy to deposit. The reason may be that the hangers are over-etched when the plating is deplated. The plating in the plating has serious hydrogen evolution, and the hydrogen over-potential is too low, thus affecting the normal deposition of the coating. To this end, take full account of this when removing the coating on the hanger. For example, when the hanger is not in a hurry, it can be removed with a weak acid deplating solution. Corrosion of the hanger will not only cause the above-mentioned quality problems, but also increase the brittleness due to hydrogen permeation, and it may be easily broken, or thereby increase the plating solution in the gap between the weld and the riveted portion, and thereby contaminate the liquid. Various types of solutions in the process, and due to loose structure, can not be used normally. Most of the above phenomena occur on nickel-plated hangers. The over-thick nickel layer on the nickel-plated hanger is removed with nitric acid, which tends to cause excessive corrosion of the hanger substrate. In fact, the excessively thick nickel layer on the nickel-plated hanger is not too strong in combination with the base of the hanger, and can be removed by tapping. After tapping with a hammer, it can be peeled off with a wire cutter. Portable Energy Storage Outdoor
The technology type segment of the portable power station market is segmented into lithium-ion and sealed lead acid. The lithium-ion segment is expected to register a higher growth rate during the forecast period. The growth of this segment is attributed to the availability of lithium ions at affordable prices across regions such as North America, Europe, and Asia Pacific. In addition, the use of lithium-ion reduces the operational cost of portable power stations.
The market is segmented by power source into hybrid power and direct power. Hybrid power accounted for the larger share of the portable power station market in 2020. The key advantage of using hybrid power is that it can be used at remote or off-grid locations, where direct power access is limited or non-existent. Solar power charging in hybrid power is predominantly used to charge portable power station equipment for campsites and recreational vehicle activities. Moreover, several major manufacturers are offering both solar charging-enabled portable power stations and portable power stations with direct power charging capability for powering electronic equipment during power outages and grid blackouts.
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The lithium-ion segment is expected to be the faster-growing market, by technology type, during the forecast period.
By power source, hybrid power is expected to dominate the portable power station market.