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Selecting the right nits level is crucial for sunlight-readable industrial displays. Understanding the difference between nits and lumens, combined with surface treatments and optical bonding, ensures displays remain legible, durable, and reliable in harsh environment
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In demanding industrial environments, durability isn't optional—it’s essential. For equipment operating in hazardous zones, achieving ATEX certification requires the entire system, including the display module, to meet strict mechanical standards. Among them, IK10 impact resistance is considered the highest benchmark for touchscreen protection.
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If your product is deployed in direct sunlight for extended periods, UV radiation is a silent but continuous stress factor. UV cutoff technology acts like an invisible protective layer — blocking harmful radiation while preserving brightness and clarity.
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Outdoor TFT displays are increasingly used in transportation, industrial automation, smart cities, retail signage, and outdoor kiosks. Unlike standard indoor screens, outdoor TFT displays are engineered to operate reliably under sunlight exposure, temperature extremes, moisture, dust, and physical impact.
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When selecting an industrial display for demanding environments, one of the most important features to consider is the waterproof rating of the enclosure.
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Anti-glare (AG) and anti-reflection (AR) surface treatments are commonly used to address these issues. Although these treatments are technically applied to the cover glass or touchscreen surface, their impact is usually evaluated at the industrial display system level, especially when optical bonding is involved. This article explains the differences between anti-glare and anti-reflection treatments and helps you choose the right solution for industrial displays.
