Effect of Adding Network-Modified Oxide ZnO to V₂O₅–TeO₂ Frit Glass

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Key Points

To assess the thermal and mechanical properties of lead-free frit glass incorporating network-modified oxide ZnO.
Preparation of V2O5–TeO2–ZnO glasses with varying compositions.
Evaluation of thermal properties through calorimetry and thermal expansion analysis.
Assessment of mechanical properties via encapsulation and tensile testing.
Successful development of V2O5–TeO2–ZnO glass suitable for encapsulation at 400°C.
Optimal compositions demonstrated high water resistance and fluidity comparable to traditional lead glass.
Encapsulation strengths matched those of practical lead glass, confirming the glass's viability as an alternative.

Experimental evaluation of thermal and mechanical properties in lead-free frit glass, suggesting potential for electronics applications.

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Araki et al. (2026) studied this question.

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