There are two main types of driers, each designed for different purposes and industries. The first is the dishwasher drier, which plays a crucial role in the final rinse cycle of dishwashers. It works by reducing the surface tension between water and dishes, allowing them to dry faster without leaving behind unsightly water marks or streaks. This product is safe for all types of tableware and will not damage any materials or the dishwasher itself. It comes with a fully automatic dispenser that ensures the correct concentration—typically between 0.01% and 0.1%—and works best at water temperatures ranging from 80°C to 90°C. Different dishwasher models may require slightly different concentrations. The result is cleaner, brighter dishes with improved wettability, reduced drying time, and better stain removal. Additionally, it includes a defoamer that helps eliminate foam and improves the effectiveness of stain removal. The second type is the industrial drier, commonly used in the coating industry. Its primary function is to speed up the oxidation, polymerization, and drying process of paint films, making it an essential component in many industrial applications. Traditional driers such as cobalt, manganese, lead, zinc, and calcium-based organic acid soaps have been widely used, but they come with drawbacks like high costs or potential toxicity. Recently, rare earth-based driers have emerged as a safer and more effective alternative, though they can only partially replace the cost-effective cobalt driers. There is a growing demand in the coatings industry for new, non-toxic driers that can completely replace cobalt-based products. The key difference between these two types lies in their safety requirements. Dishwasher driers must be non-toxic since they come into direct contact with food and tableware. In contrast, industrial driers often contain solvents that evaporate quickly, making them less suitable for use around food but highly effective in industrial settings. Understanding the distinct roles and properties of each drier helps in choosing the right one for the intended application.
LED emergency driver has been widely used in LED lamps , which can be used not only as an emergency when the power grid is off , but also as an energy saving use . The housing material of LED emergency power supply is divided into aluminum alloy housing , stainless steel housing and ABS housing . The LED emergency kit is suitable for LED lights of different powers to be used at AC85-265V wide voltage , and equipped with high quality rechargeable lithium ion battery . It has a wide range of applications such as home , commercial buildings , offices , hospitals , schools etc .
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Introduction to Drier