11
What is the delivery timeline for your industrial touch screens?
Stock samples are dispatched within 3 days post-payment, while mass production takes around 15 workdays.
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Does the presence of fingerprints or dirt impact the functionality of your touch screens?
No, our industrial touch screens are designed to operate flawlessly even with dirt, fingerprints, or liquid on their surface, ensuring uninterrupted performance of the interactive screen.
13
What chemicals are your HMI displays resistant to?
We use materials in our HMI panels that are highly resistant to industrial chemicals and gases. However, the level of resistance varies based on factors like concentration, exposure duration, and temperature. We provide a comprehensive chart detailing the chemical tolerance of each material used in our HMI products. For chemicals not listed or for additional queries, our engineering team is available to assist.
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Are your HMI monitors suitable for outdoor environments?
Yes, our HMI displays are equipped for both indoor and outdoor use. When using outdoors, consider factors like direct sunlight affecting screen visibility and operating within the prescribed temperature range (0° to 50°C for operation, -20° to 60°C for storage). Our industrial touch screens, particularly those with a polyester cover sheet, might be sensitive to UV radiation. We offer alternative screens, like PCAP, better suited for outdoor conditions. Contact our sales team for more details.
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What Are the Differences Between Low-Temperature Inks, High-Temperature Ceramic Inks, and UV-Resistant Inks?**
Low-temperature ink (standard product, requiring pre-tempering before silk screening, operating at 180-200°C), high-temperature ceramic ink (used outdoors, incompatible with AG process due to its process of silk screening before tempering, melting ink at approximately 800°C), and UV-resistant ink (also known as all-black ink, scratch-resistant and high-temperature resistant, similar process to low-temperature ink, prevents ink from falling off, with a minimum order quantity (MOQ) of about 200-300 pieces).
16
Comment la colle UV est-elle utilisée dans l’assemblage d’écrans tactiles ?
Touchscreens use UV-resistant adhesive material for bonding, blocking over 99% UV and more than 75% IR, effectively preventing LCD black spots and extending product life. The adhesive used for bonding touchscreen cover glass and sensor is not very expensive.
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Pourquoi les écrans tactiles deviennent-ils sales ou « moisis » avec le temps ?
The glass surface is smooth, so a protective film is applied to prevent contamination. If stored for a long time, moisture from the air can penetrate through the PE film to the glass, causing chemical reactions that lead to mold or dirt. For minor cases, cleaning with acids like white vinegar is used.
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What Are the Differences in Sensor Production Techniques?
La sérigraphie n'est plus utilisée en raison de problèmes de défaillance fonctionnelle et de performances électriques instables. La lumière jaune est plus stable que le laser, les motifs de gravure (développement) sont meilleurs avec la lumière jaune et le coût de la lumière jaune molybdène-aluminium-molybdène est nettement plus élevé que celui du laser. L'entreprise utilise actuellement la technologie laser pour la production de capteurs.
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Quel est l'impact du changement de système d'exploitation sur les écrans capacitifs ?
Le passage à Windows 7 ou version ultérieure n'a généralement aucun impact, mais le passage à d'autres systèmes peut nécessiter le chargement de pilotes.
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What Are the Transmittance and Hardness Limits for Touchscreens?
Transmittance is 85%-90%, and hardness is >6H. The default hardness for company cover plates is 7H, but higher hardness can be negotiated with suppliers based on customer requirements.
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