In recent years, the domestic baking economy and the pre-prepared food industry have continued to thrive, with the market size of household baking, commercial pastries, frozen pastries, and frozen desserts steadily expanding, driving the demand for baking silicone oil paper to keep rising. Consumers and manufacturers have continuously raised their requirements for the high-temperature resistance, anti-sticking property, safety, and cold-hot alternating performance of silicone oil paper. High-temperature food-grade silicone oil, as the core functional raw material of baking silicone oil paper, is an important guarantee for the stable and safe quality of high-end baking paper products.
Ordinary industrial-grade and general-purpose silicone oil has limited heat resistance and is prone to problems such as molecular decomposition, small molecule migration, and coating aging failure when exposed to temperatures above 180℃ for a long time. This not only causes severe sticking of pastries, biscuits, and chocolates and damage to the demolding process, affecting the appearance of the finished products, but also may lead to the release of trace substances, posing food safety risks, and failing to meet the standards of large-scale food production. However, special high-temperature modified silicone oil undergoes molecular structure optimization and recombination, with a stable temperature resistance range of -40℃ to 220℃. It can simultaneously adapt to high-temperature baking, low-temperature freezing, and cold-hot alternating conditions. It does not carbonize, decompose, or migrate in high-temperature environments, and has extremely high safety and stability.
In actual production applications, high-temperature silicone oil is evenly coated on the surface of food base paper, and after curing, it forms a thin, breathable, and uniform anti-sticking isolation layer, effectively solving the problem of high-temperature sticking of dough, pastries, and sugar ingredients. The demolding is clean and complete, significantly reducing the waste of ingredients. At the same time, the silicone membrane is breathable but impermeable to water, effectively releasing the steam from baking, avoiding water accumulation, softening, and moldiness at the bottom of pastries, and significantly improving the taste and appearance quality of baked products.
Food safety is the core bottom line of baking consumables. This high-temperature silicone oil strictly follows the national food contact material testing standards, strictly controlling the content of cyclosiloxane, heavy metals, and volatile impurities. Multiple authoritative tests have met the standards, being non-toxic, odorless, safe, and harmless. It can be repeatedly used in food processing scenarios for a long time. The silicone oil coating has strong adhesion, resistance to friction, and water washing, and still maintains stable anti-sticking effects after repeated use and high-temperature cycling, effectively extending the service life of the silicone oil paper.
With the normalization of baking consumption and the industrialization of pre-prepared foods, the demand for high-end and safe baking silicone oil paper continues to increase. The industry is gradually eliminating ordinary and low-end silicone oil products and upgrading to food-grade high-temperature modified silicone oil. Domestic IOTA high-temperature baking silicone oil has achieved stable mass production, with performance对标ing imported products， and has obvious cost advantages， helping domestic baking paper enterprises improve quality and reduce costs， and promoting the baking consumables industry towards standardization， high-endization， and safetyization.