Choosing IP68-level lamps is not only to have higher dust-proof and waterproof capabilities, but also to ensure reliable and long-lasting lighting effects in specific environments.
First of all, IP68-marked lamps are completely dust-proof. This means that even in extremely dusty environments, the interior of the luminaire is completely blocked from incoming dust and particles. This is particularly important when using luminaires in dusty locations such as construction sites, mines or deserts. The level of dust resistance directly affects the life and performance of lamps, so choosing IP68-level lamps can ensure long-term and stable operation.
Secondly, IP68 rated lamps can be permanently immersed in water under specific pressures without damage. This means they can work underwater or in wet environments such as swimming pools, aquariums, sewage treatment plants, etc. Compared with low-level waterproofing capabilities, IP68-rated lamps can better resist water infiltration and erosion, thereby ensuring their normal operation. This is particularly important in locations that require reliable lighting in environments with prolonged exposure to water.
However, to ensure that IP68-rated luminaires can work long-lasting and reliably, other factors need to be considered in addition to dustproof and waterproof capabilities. For example, the light fixture itself should be made of corrosion-resistant materials, such as stainless steel or aluminum alloy, to resist corrosion from water, salt, and chemicals.
In addition, the design and manufacturing quality of lamps are also crucial. High-quality lamps can better withstand the impact and challenges of the external environment.
To sum up, choosing IP68-rated lamps can ensure reliable and long-lasting lighting effects in environments that require higher waterproof requirements.
However, in order to ensure long-term stable performance, corrosion-resistant materials and high-quality lamps should also be selected to cope with various harsh environmental conditions.
Post time: Nov-24-2023
