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Ultraviolet

Updated: 2026-07-24

Overview

Ultraviolet (UV) radiation is a segment of the electromagnetic spectrum with wavelengths ranging from 10 nm to 400 nm, positioned between visible light and X-rays. It is categorized into UVA, UVB, and UVC based on wavelength. While UV is invisible to the human eye, it plays a critical role in natural and industrial processes, such as vitamin D synthesis in humans and disinfection. UV radiation is both a natural phenomenon, emitted by the sun, and artificially generated using specialized lamps and LEDs. Its high energy makes it useful for applications requiring rapid chemical reactions or microbial inactivation, though it also poses risks to human health if not properly managed.

Physical and Chemical Properties

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UV radiation exhibits unique properties due to its short wavelength and high energy. Unlike visible light, it can break molecular bonds, initiating photochemical reactions. For example, UV-C (100–280 nm) is highly effective at damaging DNA, making it a powerful sterilizing agent. UV radiation does not have mass or volume, so traditional physical properties like density or melting point do not apply. Instead, its behavior is characterized by wavelength, intensity, and penetration depth. UV is absorbed by many materials, including glass and plastics, which can filter or block specific wavelengths depending on composition.

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Main Applications

UV radiation is widely used in sterilization, particularly in healthcare and water treatment, where UV-C lights destroy pathogens without chemicals. In industry, UV curing adhesives and inks rely on UV-A and UV-B to trigger rapid polymerization, enhancing manufacturing efficiency. Medical applications include phototherapy for skin conditions like psoriasis. UV is also employed in forensic analysis to detect trace evidence and in counterfeit detection due to its ability to fluoresce certain compounds. Emerging uses include air purification and food safety, where UV neutralizes contaminants.

Safety and Storage

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Prolonged UV exposure poses significant health risks, including skin cancer, cataracts, and immune suppression. Protective measures such as UV-blocking goggles, clothing, and sunscreen are essential in high-exposure environments. Artificial UV sources like lamps must include shielding to prevent accidental exposure. Storage is not applicable to UV radiation itself, but UV-emitting devices should be kept in dry, stable conditions to maintain performance. For example, UV lamps degrade over time and may require replacement even if physically intact.

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B2B Procurement Guide

When procuring UV-related equipment, prioritize wavelength specifications (e.g., 254 nm for germicidal applications) and intensity (measured in µW/cm²). Verify compliance with safety standards like IEC 62471 for lamp safety. For industrial curing, match the UV spectrum to the photoinitiators in your materials. Suppliers should provide lifespan estimates for UV lamps, as frequent replacements increase costs. Consider modular systems for scalability in large-scale operations. Pricing varies widely; germicidal lamps start at approximately $20, while high-power industrial systems can exceed $10,000.

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