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Food Industry Debates Silicone Vs Plastic for Candy Molds

2026-01-06

Latest company news about Food Industry Debates Silicone Vs Plastic for Candy Molds

Picture this: you've carefully prepared your syrup, poured it eagerly into molds, only to find your creations crumbling during demolding or your chocolate losing its luster with blurred details. The right candy mold makes all the difference between confectionery success and disappointment.

Material Showdown: Flexibility vs. Rigidity

Silicone molds, with their gentle flexibility, allow easy bending and twisting for effortless demolding. Plastic molds maintain rigid precision, preserving every intricate detail of your candy designs.

Temperature Tolerance: Extreme Conditions

Silicone molds boast remarkable heat resistance, functioning perfectly in temperatures ranging from -40°F to 446°F (-40°C to 230°C). Food-grade polycarbonate plastic molds (typically white) can withstand temperatures exceeding 300°F (149°C), while transparent plastic variants are better suited for moderate-temperature applications like chocolate or gelatin candies.

Feature Silicone Molds Plastic Molds
Initial Cost $15-30 per unit $5-15 per unit
Lifespan 3-5 years with proper care 1-2 years average
Heat Resistance -40°F to 446°F (-40°C to 230°C) Varies by type (white plastic up to 320°F/160°C)
Maintenance Dishwasher safe, easy cleaning Hand wash recommended
Storage Flexible stacking Requires flat storage
Candy-Specific Recommendations

Chocolate Confections

Transparent plastic molds deliver superior shine and allow visual monitoring for air bubbles. While silicone offers easier demolding, its porous surface may compromise chocolate's luster and tempering results.

Gummy Candies

Silicone's flexibility makes it ideal for delicate gummies, enabling damage-free removal without requiring release agents. Plastic molds, while economical, demand careful handling and often need greasing.

"Experts typically recommend silicone molds for gummies and gelatin candies, while white plastic or polycarbonate molds better suit hard candy. For chocolate, transparent plastic molds achieve smoother surfaces."

Hard Candy & Lollipops

White polycarbonate molds withstand temperatures above 350°F (176°C), maintaining precise details during rapid cooling. Silicone's flexibility becomes a disadvantage in high-heat applications requiring structural integrity.

Practical Considerations

Pouring & Demolding

Silicone's flexibility allows for easy mixture distribution and bubble removal through simple squeezing. Plastic molds require precise pouring and gentle tapping to release air pockets.

Maintenance & Storage

Silicone molds clean effortlessly with warm soapy water and adapt to compact storage. Plastic molds demand careful handwashing and flat storage to preserve their shape.

Selection Guide

Key Decision Factors

Consider your primary candy type and production frequency. Frequent makers benefit from silicone's longevity, while occasional users may prefer plastic's lower upfront cost.

Skill-Level Recommendations

Beginners should start with plastic molds for their simplicity and visibility. Intermediate confectioners can upgrade to silicone for complex designs. Advanced makers maintain both types for optimal versatility.

Ideal Applications

Silicone excels with high-temperature mixtures and sticky compositions like caramel. Plastic shines in chocolate work requiring polished surfaces and precise layering.

Final Considerations

Silicone molds offer superior flexibility and temperature resistance for gummies and hard candy, justifying their higher initial investment. Plastic molds deliver professional-grade chocolate finishes but require more careful handling. Your choice should align with your predominant candy types and production needs.

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