This is a high-definition, round-block silicone candle mold engineered for producing 3D rose-top pillar candles with deeply layered floral embossing. The mold is crafted from soft, industrial-grade, flexible silicone rubber in a matte pastel-pink tone with slight translucency, allowing controlled stretching without distortion. The internal cavity forms a full blooming rose head design with tight, overlapping petal geometry that captures fine lines, curves, and floral depth when wax is poured and cooled.
The mold structure features a cylindrical outer body reinforced by uniform wall thickness to maintain shape under repeated thermal wax pours. A top-center wick insertion channel is implied, enabling precise wick alignment during candle production. The mold opening is wide enough for easy wax filling, while the silicone softness gives it a strong demolding advantage, allowing wax to release cleanly without tearing the rose petals, cracking wax layers, or damaging floral definition.
Beside the mold in the image is a finished candle sample that showcases a dense, multi-layer rose bloom with textured petal edges and a visible gradient effect at the rose center, proving the mold’s capability to reproduce intricate 3D floral designs. The sample candle appears handcrafted and decorative, with roses stacked in concentric layers from the center outward, giving the finished product a luxury décor candle look suitable for boutique markets.
Measurements visible on the image:
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Mold dimension shown: 9.4 × 9.4 × 3.8 cm
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Mold weight: 186 g
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Finished candle size shown: 7.8 × 7.8 × 3.5 cm
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Shape type: Cylindrical round block with rose-top embossing
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Wick channel: Top-center implied
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Silicone hardness level: Soft silicone for flexible release
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Silicone color: Matte bright pink
Wax compatibility includes:
Soy wax, paraffin wax, beeswax, palm wax, scented wax blends, opaque wax mixtures, wax dyes, mica pigments, gradient wax layering, floral center highlight pours, and decorative wax designs.
Demolding advantage: Extremely high due to soft silicone elasticity which preserves rose petal details during release.
