Capture and preserve life's most beautiful moments with our Sublimation Blank Photo Slates. Moving away from traditional glass or wooden frames, these rock slates give your customized photos a stunning, timeless texture that elevates any indoor space.
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【100% Natural Rock Slate】 Crafted from authentic natural stone, each plaque features unique, hand-chiseled rock edges that provide a rugged, vintage, and upscale look. No two slates are exactly identical, making your finished product a truly one-of-a-kind piece of art.
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【Premium Glossy Sublimation Coating】 Fully coated with a high-definition polyester transfer layer. It absorbs sublimation inks perfectly, delivering vibrant, crisp, and high-contrast photo reproductions that are fade-resistant and scratch-proof.
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【Three Gorgeous Shapes Available】 Expand your store's product line instantly! This collection offers romantic Heart, classic Round, and versatile Square shapes, allowing you to cater to different customer preferences and design themes.
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【Complete Gift Display Set】 Every sublimation rock slate comes equipped with its own sturdy black plastic easel stands. Once printed, it is instantly ready to be displayed proudly on office desks, living room mantels, windowsills, or nightstands.
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【Endless Customization & Sentimental Value】 The ultimate blank canvas for DIY crafters and print-on-demand businesses. Turn cherished wedding photos, pet memories, memorial tributes, or corporate logos into lasting, living monuments.
USA warehouse stock option : three shapes mixed .
more options from China warehouse.
Recommended Sublimation Printing Parameters:
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Equipment: Flatbed Heat Press Machine (平压热转印机)
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Temperature: 185°C - 195°C (365°F - 383°F)
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Time: 360 - 480 Seconds (Note: Rock slates are thick and require a longer heating time to warm up the stone).
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Pressure: Medium to Heavy
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Pro-Tip: Print your image slightly larger than the slate size to ensure full bleed edge-to-edge coverage. Place the sublimation paper face up on the bottom pad, and flip the slate face down onto the paper for optimal heat distribution.
