In the stainless steel steaming tray coating of smart steam ovens, between the wear-resistant inner walls of steam ducts, and in the anti-aging material of door sealing strips, silica acts as a "steam oven accessory performance optimizer," bringing dual upgrades of safety and convenience to the home steaming and cooking experience. This fine white powder enhances the high-temperature resistance of materials, improves the non-stick property of components, and optimizes sealing stability, transforming household smart steam oven accessories from "scale-prone and hard to clean" to "wear-resistant and easy to maintain." From keeping steaming trays non-stick to ingredients during cooking, to ensuring smooth steam circulation without clogging, from making door seals airtight to preventing steam leakage, to keeping buttons scratch-resistant and functional, the microscopic properties of silica infuse every healthy cooking session with greater peace of mind and efficiency.

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

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

1. Balancing Non-Stick Property and Heat Resistance of Stainless Steel Steaming Trays and Racks

Adding silica to the coatings of stainless steel steaming trays and metal steaming racks of smart steam ovens increases the heat resistance of the steaming tray coating to above 300℃. Repeated exposure to high-temperature steam fumigation will not cause peeling or cracking, ensuring cooking safety. The non-stick property of the coating is significantly enhanced—ingredients such as fish and pastries are less likely to adhere during steaming, and simple rinsing is sufficient for cleaning after removal, eliminating the need for repeated scrubbing. After adding silica to the metal coating of the steaming rack, both rust resistance and wear resistance are improved simultaneously. Long-term contact with steam and food juices will not cause rusting, and the load-bearing performance of the rack is optimized, preventing deformation when placing heavy ingredients, ensuring uniform steam circulation inside the steam oven, and improving steaming efficiency.

2. Coordinating Wear Resistance and Anti-Clogging of Steam Ducts and Steam Outlets

Silica can be used in the PP material of steam oven ducts and the metal mesh of steam outlets. After adding silica to the duct material, both heat resistance and toughness are enhanced, enabling it to withstand continuous impact from high-temperature steam without cracking due to thermal expansion and contraction, ensuring smooth steam delivery. The inner wall of the duct becomes smoother, preventing scale and impurities from adhering and avoiding reduced steam output due to clogging. After adding silica to the metal mesh of the steam outlet, its impact resistance is improved—accidental collisions will not cause mesh deformation, and the non-stick property of the mesh is optimized, reducing food residue accumulation and facilitating cleaning. The wear resistance of the connection between the metal mesh and the cavity is enhanced—long-term disassembly and cleaning will not cause loosening, ensuring uniform steam output.

3. Balancing Anti-Scaling and Sensitivity of Water Tanks and Water Level Sensors

Adding silica to the PET material of steam oven water tanks and the protective covers of water level sensors improves the surface smoothness of the water tank inner wall, preventing scale adhesion. Long-term water storage will not cause yellowing or scaling of the inner wall, and simple wiping is sufficient for cleaning. The impact resistance of the water tank is enhanced—it is not easy to break if accidentally dropped, and the temperature resistance of the material is optimized, preventing deformation when adding cold or warm water. After adding silica to the water level sensor protective cover, its light transmittance is improved, which does not affect the sensor's accurate detection of water level, avoiding equipment damage caused by "dry boiling due to water shortage." The corrosion resistance of the protective cover is enhanced—long-term contact with water will not cause damage, ensuring the sensor works stably for a long time and reminds users to add water in a timely manner.

The "reliability" of core cooking accessories is the foundation for the normal operation of steam ovens. The addition of silica is like equipping the accessories with a "cooking protective shield," making every steaming session safe and efficient, and restoring the authentic flavor of ingredients.

II. Silica: The "Optimizer of Practicality and Durability" for Auxiliary Functional Accessories of Steam Ovens

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

1. Balancing Sealing Performance and Durability of Door Sealing Strips and Door Latches

Adding silica to the rubber sealing strips of steam oven doors and plastic door latch components enhances the elasticity and anti-aging property of the sealing strips. They can tightly fit the gap between the door and the cavity, effectively blocking steam leakage, ensuring stable temperature inside the steam oven, and will not harden or crack even with long-term use, maintaining a good sealing effect. The heat resistance of the sealing strips is optimized—they will not deform in the high-temperature environment inside the steam oven, extending the replacement cycle. After adding silica to the door latch components, their toughness is enhanced—repeated door opening and closing will not cause breakage, and the wear resistance of the latch is improved, preventing loosening even with long-term use, ensuring the door closes firmly and avoiding steam leakage due to door latch failure.

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

Silica can be used in the acrylic panels of steam oven control panels and silica gel buttons. The hardness of the acrylic panel is improved (Mohs hardness reaches level 4)—scratches from nails or hard objects during daily use will not leave marks, 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 silica gel buttons, their elastic recovery is improved, providing more sensitive pressing feedback. Long-term repeated operations will not cause button collapse or failure. 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 steam oven, ensuring a good operating feel.

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

Adding silica to the plastic water trays and metal food racks of steam ovens makes the surface of the water tray smoother, preventing sewage formed by condensed water droplets from adhering—simple rinsing is sufficient for cleaning. The heat resistance of the water tray is improved—it will not deform when placed at the bottom of the steam oven to withstand high temperatures, and its toughness is enhanced, preventing breakage if accidentally dropped. The corrosion resistance of the metal coating on the food rack is improved—long-term contact with food soup will not cause rusting, and the wear resistance of the coating is enhanced, preventing scratches even when placing heavy objects. The structural stability of the rack is improved, enabling it to stably support food containers, avoiding container tipping during steaming and ensuring safe use.

The "practicality" and "durability" of auxiliary functional accessories are the keys to improving the steam oven user experience. The addition of silica optimizes materials, enabling these accessories to better adapt to high-frequency steaming scenarios, providing continuous and reliable support for home kitchens, and making every healthy cooking session easy, convenient, and worry-free.

Silica: The "Corrosion-Resistant and Non-Stick Enabler" in the Field of Household Smart Dishwasher Accessories

In the stainless steel spray arm coating of smart dishwashers, between the non-stick inner walls of the liner, and in the door sealing rubber strips, silica acts as a "dishwasher accessory performance optimizer," bringing dual upgrades of high efficiency and durability to the home dishwashing experience. This fine white powder enhances the corrosion resistance of materials, improves the non-stick property of components, and optimizes sealing stability, transforming household smart dishwasher accessories from "scale-prone and leak-prone" to "wear-resistant and easy to maintain." From ensuring unobstructed water flow from spray arms, to keeping the liner free of oil stains, from making door seals water-tight, to enabling filters to resist clogging for easy cleaning, the microscopic properties of silica infuse every dishwashing session with greater peace of mind and convenience.

I. Silica: The "Harmonizer of Corrosion Resistance and Non-Stick Property" for Core Dishwashing Accessories of Dishwashers

Core dishwashing accessories directly determine cleaning effectiveness and equipment service life. By optimizing key materials, silica achieves a balance between "high-efficiency dishwashing" and "long-term durability":

1. Balancing Anti-Clogging and Corrosion Resistance of Stainless Steel Spray Arms and Water Outlets

Adding silica to the stainless steel spray arms and water outlet coatings of smart dishwashers significantly improves the corrosion resistance of the spray arm coating. Long-term contact with high-temperature water flow (60-70℃) and detergents (acidic and alkaline) will not cause rusting or coating peeling, ensuring the structural stability of the spray arm. The surface smoothness of the coating is optimized, preventing food residues and scale from adhering to and clogging the water outlets, ensuring uniform spray of high-pressure water flow and improving dish cleaning efficiency. After adding silica to the water outlets, the stability of the pore size is enhanced—repeated water flow impact will not cause deformation, avoiding insufficient water pressure due to pore size changes, while reducing cleaning frequency and lowering maintenance costs.

2. Coordinating Non-Stick Property and Wear Resistance of Liners and Dish Racks

Silica can be used in the stainless steel coating of dishwasher liners and the iron wire coating of dish racks. After adding silica to the liner coating, the non-stick property is greatly improved—oil stains and food residues after washing are not easy to adhere to the liner wall, and simple rinsing is sufficient for cleaning without repeated wiping. The high-temperature resistance of the coating is enhanced, capable of withstanding the heat of the dishwasher's high-temperature drying process (above 80℃) without aging or cracking. After adding silica to the iron wire coating of the dish rack, both rust resistance and wear resistance are improved simultaneously. Long-term contact with a humid environment and friction with tableware will not cause rusting or paint peeling, and the load-bearing performance of the rack is optimized, preventing deformation when placing heavy tableware, ensuring stable placement of tableware, and avoiding collision damage during washing.

3. Balancing Wear Resistance and Smooth Operation of Washing Pumps and Impellers

Adding silica to the plastic shell of the dishwasher washing pump and the ABS material of the impeller improves the corrosion resistance of the pump shell. Long-term contact with water and detergents will not cause aging or deformation, ensuring the sealing performance of the pump body and avoiding water leakage. The impact resistance of the shell is enhanced—accidental collisions will not cause damage, extending the service life of the washing pump. After adding silica to the impeller, both toughness and wear resistance are enhanced. Friction with water flow and fine food residues during high-speed rotation will not cause wear, ensuring stable water circulation efficiency. The dynamic balance performance of the impeller is optimized, reducing vibration amplitude during rotation, and controlling operating noise below 45 decibels to achieve quiet dishwashing.

The "high efficiency" of core dishwashing accessories is the core competitiveness of dishwashers. The addition of silica is like equipping the accessories with a "dishwashing enhancement shield," enabling every dish cleaning session to deeply remove dirt, reduce failures, and safeguard the hygiene of household tableware.

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

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 Durability of Door Sealing Strips and Door Latches

Adding silica to the rubber sealing strips of dishwasher doors and plastic door latch components enhances the elasticity and anti-aging property of the sealing strips. They can tightly fit the gap between the door and the liner, effectively blocking water leakage, ensuring stable water level inside the dishwasher, and will not harden or crack even with long-term use, maintaining a good sealing effect. The heat resistance of the sealing strips is optimized, capable of adapting to temperature changes during the washing and drying processes, and avoiding sealing failure due to thermal expansion and contraction. After adding silica to the door latch components, their toughness is enhanced—repeated door opening and closing will not cause breakage, and the wear resistance of the latch is improved, preventing loosening even with long-term use, ensuring the door closes firmly and avoiding water leakage and equipment shutdown due to door latch failure.

2. Coordinating Anti-Clogging and Easy Cleaning of Filters and Residue Boxes

Silica can be used in the metal filters and plastic residue boxes of dishwashers. After adding silica to the filter, the surface becomes smoother, preventing food residues from adhering and clogging, maintaining stable filtration efficiency for a long time, and reducing bacterial growth. The corrosion resistance of the filter is enhanced—contact with detergents and food residues will not cause rusting, extending the replacement cycle. After adding silica to the residue box, the non-stick property of the inner wall is improved—residues are not easy to adhere when dumping, and simple rinsing is sufficient for cleaning. The toughness of the box body is enhanced—accidental dropping will not cause damage, and the wear resistance of the connection between the box body and the dishwasher is improved, preventing loosening during repeated extraction and cleaning, and ensuring the stable operation of the filtration system.

3. Balancing Scratch Resistance and Anti-Slip Performance of Control Panels and Foot Pads

Adding silica to the acrylic panel of the dishwasher control panel and the bottom rubber foot pads improves the hardness of the acrylic panel (Mohs hardness reaches level 4)—scratches from nails or hard objects during daily use will not leave marks, keeping the panel clear and easy to read. The stain resistance of the panel is enhanced—oil stains and water stains are not easy to adhere, and cleaning can be done by wiping with a wet wipe. After adding silica to the rubber foot pads, the friction coefficient is increased—even on smooth kitchen countertops, the dishwasher will not slide during operation, ensuring equipment stability. The anti-aging property of the foot pads is enhanced—long-term use will not cause deformation or hardening, and they can buffer the vibration of the equipment during operation, reducing damage to the countertop.

The "practicality" and "durability" of auxiliary functional accessories are the keys to improving the dishwasher user experience. The addition of silica optimizes materials, enabling these accessories to better adapt to high-frequency dishwashing scenarios, providing continuous and reliable support for home kitchens, and making every dish cleaning session easy, efficient, and worry-free.


Methyl vinyl silicone Gum MY 3110 series