Core Function: INTOPAQUA Double-Ended/Single-Ended UV Lamps, Guarding Drinking Water Safety with Ultraviolet Rays
·Whether it is the INTOBAQUA double-ended UV or single-ended UV model, their core function is to emit ultraviolet rays of a specific wavelength to destroy the DNA structure of microorganisms such as bacteria and viruses in water, rendering them unable to reproduce. This physical sterilization method requires no chemical agents at all—it neither produces residual chlorine or disinfection by-products nor alters the taste of water, making it particularly suitable for scenarios like household direct drinking water and commercial water purification.
·Compared with traditional filtration that only removes impurities, these two UV lamp models can specifically address the issue of "excessive microorganisms," such as common pathogenic bacteria like Escherichia coli and Legionella. When paired with the filtration system of a water purifier, they form a "filtration + sterilization" dual protection, making the outflowing water safer.
Key to Stable Operation: Adaptation Parameters of INTOBAQUA Double-Ended/Single-Ended UV Lamps
·The two UV lamp models share the same core operating conditions, which are the prerequisites for ensuring their efficient performance in water purifiers:
Pressure and Temperature: The maximum working water pressure is 8bar (116psi), which is compatible with the water pressure of most household and commercial pipelines; the optimal ambient temperature is 2-40°C, requiring no additional temperature control equipment and adapting to daily environments.
·Water Quality Requirements: The iron content in water must be <0.3ppm (0.3mg/L), hardness <7gpg (120mg/L), turbidity <1NTU, and UV transmittance >75%. If the water quality does not meet these standards—for example, excessive turbidity will block ultraviolet rays—it may reduce the sterilization effect of both double-ended and single-ended UV lamps. It is recommended to match them with pre-filtration to optimize water quality first.
Model Details: Key Points for Choosing INTOBAQUA Double-Ended/Single-Ended UV Lamps
·Flexible Choice of Lamp Sources: Both models offer options of "domestic lamps" or "imported Philips lamps." Imported lamp sources may have advantages in UV intensity stability and service life, making them suitable for scenarios with high requirements for sterilization effects; domestic lamp sources are more cost-effective and can be selected based on budget and needs.
·Shell Material Ensures Durability: The shells of both double-ended and single-ended UV lamps can be optionally made of 304/316 stainless steel. This type of material has strong corrosion resistance, can withstand long-term water flow environments, prevent shell rust from affecting water quality, and indirectly extend the effective service life of UV lamps. Whether for household or small commercial water purifiers, choosing the right shell material can reduce subsequent maintenance troubles.
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