In the non-stick basket coating of smart air fryers, between the high-temperature-resistant surface layers of heating tubes, and in the wear-resistant fan blades of air blowers, silica acts as an "air fryer accessory performance optimizer," bringing dual upgrades of high efficiency and durability to the home cooking experience. This fine white powder enhances the high-temperature resistance of materials, improves the non-stick property of components, and optimizes air flow stability, transforming household smart air fryer accessories from "easily sticky and wearable" to "heat-resistant and easy to clean." From keeping the fryer basket non-stick for baked foods, to ensuring heating tubes conduct heat without rusting, from enabling fans to operate smoothly without jamming, to making sealing rings airtight without leakage, the microscopic properties of silica infuse every low-fat cooking session with greater peace of mind and convenience.

I. Silica: The "Harmonizer of Heat Resistance and Non-Stick Property" for Core Cooking Accessories of Air Fryers

Core cooking accessories directly determine cooking results and equipment service life. By optimizing key materials, silica achieves a balance between "high-efficiency air frying" and "long-term durability":

1. Balancing Non-Stick Property and Heat Resistance of Non-Stick Fryer Baskets and Trays

Adding silica to the inner wall of smart air fryer baskets and the coating of fryer trays increases the maximum heat resistance of the coating to above 260℃. Repeated exposure to high-temperature baking (180-220℃) will not cause peeling or yellowing, ensuring cooking safety. The non-stick property is significantly enhanced—when baking ingredients such as chicken wings and French fries, little to no oil is needed for easy demolding, avoiding burnt residue adhesion. Cleaning only requires wiping with a damp cloth, eliminating the need for strenuous scrubbing. After adding silica to the metal base material of the fryer basket, the thermal conductivity is optimized, enabling rapid heat transfer to form a crispy outer layer on ingredients while keeping the interior tender and juicy. The corrosion resistance of the base material is improved—long-term contact with acidic ingredients (such as lemons and tomato sauce) will not cause rusting, extending the service life.

2. Coordinating Heat Resistance and Corrosion Protection of Heating Tubes and Air Deflectors

Silica can be used in the stainless steel heating tube coating of air fryers and the high-temperature-resistant plastic of air deflectors. After adding silica to the heating tube coating, the oxidation resistance is enhanced—long-term exposure to high-temperature air will not cause oxidation and rusting, ensuring stable heating efficiency and avoiding uneven heat output due to tube corrosion. The thermal conductivity of the coating is optimized, enabling rapid heating and uniform heat dissipation, controlling the temperature difference inside the fryer within ±5℃. After adding silica to the air deflector, both high-temperature resistance and toughness are improved simultaneously. It can withstand the impact of high-temperature air flow without deformation, and its smooth surface prevents oil adhesion for easy cleaning. The structural stability of the air deflector is enhanced—no loosening occurs even with long-term use, ensuring smooth air circulation and uniform heating of ingredients.

3. Balancing Wear Resistance and Smooth Operation of Fan Blades and Motor Bearings

Adding silica to the ABS fan blades of air fryer blowers and the motor bearing grease enhances the wear resistance of the fan blades. During high-speed rotation (over 2000 revolutions per minute), friction with air flow will not cause wear or deformation, ensuring stable air volume and rapid circulation of hot air to penetrate ingredients. The dynamic balance performance of the fan blades is optimized, reducing vibration amplitude during rotation and controlling operating noise below 45 decibels to achieve quiet cooking. Adding silica to the motor bearing grease improves lubrication durability, reduces bearing friction loss, extends motor service life, and further reduces operating noise, making the cooking process quieter.

The "high efficiency" of core cooking accessories is the core competitiveness of air fryers. The addition of silica is like equipping the accessories with a "cooking protective shield," enabling every air frying session to be low-fat and healthy, easy to clean, and reducing the probability of cooking failures.

II. Silica: The "Optimizer of Practicality and Durability" for Auxiliary Functional Accessories of Air Fryers

Auxiliary functional accessories affect the convenience of use and equipment stability. By enhancing performance, silica improves the user experience and durability:

1. Balancing Sealing Performance and Heat Resistance of Sealing Rings and Door Bodies

Adding silica to the silicone sealing rings of air fryer doors and the plastic of door casings enhances the elasticity and anti-aging property of the sealing rings. They can tightly fit the gap between the door and the fryer body, effectively blocking hot air leakage, ensuring stable temperature inside the fryer, and will not harden or crack even with long-term use, maintaining a good sealing effect. The heat resistance of the sealing rings is optimized—they can withstand high-temperature radiation inside the fryer without deformation or deterioration. After adding silica to the plastic of the door casing, the heat resistance is enhanced—long-term contact with the high temperature of the fryer body will not cause deformation or overheating, making it safer and more comfortable to hold. The scratch resistance of the casing is improved—no scratches are caused by hard objects during daily use, maintaining a neat appearance.

2. Coordinating Scratch Resistance and Sensitivity of Control Panels and Buttons

Silica can be used in the acrylic panels of air fryer control panels and silicone buttons. The hardness of the acrylic panel is improved (Mohs hardness reaches level 5)—no scratches are left by nails or hard objects during daily use, keeping the panel clear and easy to read. The stain resistance of the panel is enhanced—oil stains and fingerprints are not easy to adhere, and cleaning can be done by wiping with a wet wipe. After adding silica to the silicone buttons, their elastic recovery is improved, providing more sensitive pressing feedback. No button collapse or failure occurs even after long-term repeated operations. The heat resistance of the buttons is enhanced—they will not age or turn yellow in the high-temperature environment on the side of the air fryer, ensuring a good operating feel.

3. Balancing Non-Stick Property and Wear Resistance of Oil Trays and Food Racks

Adding silica to the metal oil trays and plastic food racks of air fryers improves the non-stick property of the metal coating on the oil tray—dripping oil from ingredients is not easy to adhere, and simple rinsing is sufficient for cleaning. The corrosion resistance of the oil tray is enhanced—long-term contact with oil will not cause rusting, maintaining a neat appearance. After adding silica to the plastic material of the food rack, both toughness and high-temperature resistance are improved simultaneously. It can stably support ingredients, avoiding uneven heating caused by ingredient stacking during frying. The wear resistance of the rack is enhanced—no deformation or damage occurs even after repeated placement of heavy objects, extending the service life.

The "practicality" and "durability" of auxiliary functional accessories are the keys to improving the user experience of air fryers. The addition of silica optimizes materials, enabling these accessories to better adapt to high-frequency cooking scenarios, providing continuous and reliable support for home kitchens, and making every low-fat cooking session easy, efficient, and enjoyable with peace of mind.



MY 107 hydroxyl-terminated polydimethylsiloxane V150000-V550000