Wärmeübertragung 3D

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Wärmeübertragung 3D

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April 15, 2025

Kategorieverbindung: Benutzerdefiniertes Wärmeübertragungslogo

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#Wärmeübertragungsübertragungen #Bildschirmdruck Logo #Schirmdruck mit Wärmeübertragung

Kurzfassung: Discover the premium quality of Embossed 3D Silicone Heat Transfer Emblems, perfect for customizing T-shirts with high-definition, soft, and flexible branding. Ideal for apparel branding with strong adhesion and heat resistance up to 160°C (320°F). Order today!

Verwandte Produktmerkmale:

High-density customized embossed 3D silicone printing for apparel.
Soft, flexible, and high-definition finish for premium branding.
Strong adhesion ensures durability on various fabrics.
Heat resistant up to 160°C (320°F) for safe transfers.
Stable chemical structure with siloxane bonds for thermal stability.
Amorphous structure prevents brittleness at high temperatures.
Chemically inert, minimizing reactivity with external substances.
Perfect for T-shirts and other apparel branding needs.

FAQs:

Why is silicone material so heat resistant?

Silicone's heat resistance comes from its stable chemical structure, including siloxane bonds (Si-O-Si linkages) and an amorphous structure that prevents brittleness at high temperatures.
What is the maximum safe heat for silicone transfers?

Silicone transfers can withstand up to 160°C (320°F) without damage, making them safer than materials like PVC, which melts at lower temperatures.
How does silicone compare to other materials for heat transfers?

Silicone outperforms PVC with higher heat resistance (160°C vs. 120°C) and lower risk of damage. It also offers better flexibility and durability compared to polyester.