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About this Item:
1. Antibacterial and Moisture-Wicking Surface Layer
· Material: Made of special antibacterial and breathable fabric, eco-friendly, durable, and highly ventilated.
· Material Features: Cross-perforated structure and antibacterial-treated fibers allow moisture absorption even during prolonged use. Sweat flows into the lower 3D breathable layer, keeping the surface dry.
· Design Features & Benefits:
o Porosity: 50-60%, with a moisture permeability rate exceeding 95%.
o Moisture Management: Absorbs sweat within 1-3 seconds, ensuring dry and comfortable feet while walking.
o Antibacterial Protection: Reduces odor, prevents bacterial growth, and maintains hygiene.
2. 3D Printed Breathable Layer
· Material: 99% antibacterial TPU (Thermoplastic Polyurethane).
· Material Features: Combines flexibility, durability, and ventilation while inhibiting bacterial and fungal growth.
· Design Features:
o Micro-Perforations: 65-75% porosity, thickness of 1.2mm, containing millions of micro-holes for consistent airflow.
o Customization: 3D printing ensures ergonomic alignment for all foot types.
· Benefits:
o Enhances breathability and sweat evaporation.
o Provides natural cushioning and supports prolonged walking comfort.
o Maintains a dry and odor-free foot environment.
3. Moisture Absorption and Massage Layer
· Material: Advanced foam with an open-cell structure, 280% water absorption capacity.
· Design Features:
o Pyramid Surface: Pyramid-like protrusions improve absorption efficiency and enhance massaging effects.
o Micro-Channels: Facilitates lateral moisture dispersion.
· Benefits:
o Rapid moisture absorption for dry comfort.
o Gentle massaging effect promotes blood circulation, reducing fatigue.
o Evenly disperses pressure across the foot to prevent hotspots.
4. Quick-Drying Layer
· Material: Designed with 800-1000 specific drainage holes integrated with the Laval system.
· Features:
o Rapid Drainage: Facilitates water flow downward, preventing upward penetration.
o Aerodynamic Effect: Laval structure accelerates evaporation using airflow dynamics.
· Benefits:
o Allows the insole to dry immediately after washing.
o Prevents bacterial growth by maintaining a clean, moisture-free environment.
5. Automatic Air-Drying System
· Design: 32 airbags, 12 airflow channels, and over 2000 micro Laval structures generate airflow during walking.
· Working Principle: Each step creates airflow (4-6ml), evaporating moisture through foot pressure and heat (42-45°C).
· Benefits:
o Keeps feet dry and comfortable throughout the day.
o Reduces discomfort caused by dampness during long walks.
6. Customizable Functional Inserts
· Material Options: Ortholite foam, ACF shock-absorption, silicone for high support, and high-rebound materials.
· Benefits:
o Arch Support: Inserts provide added arch stability for walkers needing tailored support.
o Shock Absorption: Minimizes foot impact, reducing fatigue on knees and ankles.
o Rebound Functionality: Ensures lightweight, responsive steps for effortless movement.
7. Therapeutic Health Features
· Material: Integrated with energy chips, magnetic plates, or far-infrared elements.
· Features:
o Independent airbag compartments: Hold therapy elements, maximizing their effects.
· Benefits:
o Promotes blood circulation: Alleviates muscle fatigue.
o Releases negative ions: Relaxes and reduces stress.
o Provides antibacterial protection: Enhances hygiene.
8. Functional Patch Applications
· Application: Therapeutic patches, such as pain relief or muscle enhancement, can be embedded.
· Working Mechanism: Active ingredients are gradually absorbed through the soles under foot warmth and pressure.
· Benefits:
o Targeted treatment: Suitable for muscle recovery, fatigue relief, or other health needs.
9. Ergonomic Arch Support and Carbon Fiber Stability
· Design: Anatomically designed arch grooves and ridges for multi-dimensional stability.
· Material: Integrated carbon fiber plates offer enhanced support and anti-twist performance.
· Benefits:
o Relieves fatigue: For flat-footed walkers.
o Custom-fit grooves: Adapt to wide or narrow feet for optimal comfort.
o Carbon fiber plates: Provide stability, improving efficiency during walking.
This walking insole is crafted for long-term wearers, ensuring exceptional comfort, breathability, and support for every step. It features multi-layer design technology, combining quick-dry, antibacterial protection, and customizable performance to meet the needs of walkers worldwide.
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About this Item
Specification
1. Antibacterial and Moisture-Wicking Surface Layer
· Material: Made of special antibacterial and breathable fabric, eco-friendly, durable, and highly ventilated.
· Material Features: Cross-perforated structure and antibacterial-treated fibers allow moisture absorption even during prolonged use. Sweat flows into the lower 3D breathable layer, keeping the surface dry.
· Design Features & Benefits:
o Porosity: 50-60%, with a moisture permeability rate exceeding 95%.
o Moisture Management: Absorbs sweat within 1-3 seconds, ensuring dry and comfortable feet while walking.
o Antibacterial Protection: Reduces odor, prevents bacterial growth, and maintains hygiene.
2. 3D Printed Breathable Layer
· Material: 99% antibacterial TPU (Thermoplastic Polyurethane).
· Material Features: Combines flexibility, durability, and ventilation while inhibiting bacterial and fungal growth.
· Design Features:
o Micro-Perforations: 65-75% porosity, thickness of 1.2mm, containing millions of micro-holes for consistent airflow.
o Customization: 3D printing ensures ergonomic alignment for all foot types.
· Benefits:
o Enhances breathability and sweat evaporation.
o Provides natural cushioning and supports prolonged walking comfort.
o Maintains a dry and odor-free foot environment.
3. Moisture Absorption and Massage Layer
· Material: Advanced foam with an open-cell structure, 280% water absorption capacity.
· Design Features:
o Pyramid Surface: Pyramid-like protrusions improve absorption efficiency and enhance massaging effects.
o Micro-Channels: Facilitates lateral moisture dispersion.
· Benefits:
o Rapid moisture absorption for dry comfort.
o Gentle massaging effect promotes blood circulation, reducing fatigue.
o Evenly disperses pressure across the foot to prevent hotspots.
4. Quick-Drying Layer
· Material: Designed with 800-1000 specific drainage holes integrated with the Laval system.
· Features:
o Rapid Drainage: Facilitates water flow downward, preventing upward penetration.
o Aerodynamic Effect: Laval structure accelerates evaporation using airflow dynamics.
· Benefits:
o Allows the insole to dry immediately after washing.
o Prevents bacterial growth by maintaining a clean, moisture-free environment.
5. Automatic Air-Drying System
· Design: 32 airbags, 12 airflow channels, and over 2000 micro Laval structures generate airflow during walking.
· Working Principle: Each step creates airflow (4-6ml), evaporating moisture through foot pressure and heat (42-45°C).
· Benefits:
o Keeps feet dry and comfortable throughout the day.
o Reduces discomfort caused by dampness during long walks.
6. Customizable Functional Inserts
· Material Options: Ortholite foam, ACF shock-absorption, silicone for high support, and high-rebound materials.
· Benefits:
o Arch Support: Inserts provide added arch stability for walkers needing tailored support.
o Shock Absorption: Minimizes foot impact, reducing fatigue on knees and ankles.
o Rebound Functionality: Ensures lightweight, responsive steps for effortless movement.
7. Therapeutic Health Features
· Material: Integrated with energy chips, magnetic plates, or far-infrared elements.
· Features:
o Independent airbag compartments: Hold therapy elements, maximizing their effects.
· Benefits:
o Promotes blood circulation: Alleviates muscle fatigue.
o Releases negative ions: Relaxes and reduces stress.
o Provides antibacterial protection: Enhances hygiene.
8. Functional Patch Applications
· Application: Therapeutic patches, such as pain relief or muscle enhancement, can be embedded.
· Working Mechanism: Active ingredients are gradually absorbed through the soles under foot warmth and pressure.
· Benefits:
o Targeted treatment: Suitable for muscle recovery, fatigue relief, or other health needs.
9. Ergonomic Arch Support and Carbon Fiber Stability
· Design: Anatomically designed arch grooves and ridges for multi-dimensional stability.
· Material: Integrated carbon fiber plates offer enhanced support and anti-twist performance.
· Benefits:
o Relieves fatigue: For flat-footed walkers.
o Custom-fit grooves: Adapt to wide or narrow feet for optimal comfort.
o Carbon fiber plates: Provide stability, improving efficiency during walking.
This walking insole is crafted for long-term wearers, ensuring exceptional comfort, breathability, and support for every step. It features multi-layer design technology, combining quick-dry, antibacterial protection, and customizable performance to meet the needs of walkers worldwide.
Here is the detailed walking insoles description in a copyable table format:
| Feature | Description | Benefits |
| 1. Antibacterial Moisture-Wicking Surface Layer | Made of special antibacterial, breathable fabric with waterproof and anti-mold treated fibers. | - Keeps the surface dry and fresh by absorbing sweat within 1-3 seconds. - Prevents odor and bacterial growth. |
| 2. 3D Printed Breathable Layer | Made of 99% antibacterial TPU with a 65-75% porosity rate and millions of micro-perforations for airflow. | - Enhances breathability and sweat evaporation. - Provides cushioning and tailored ergonomic support. |
| 3. Moisture Absorption and Massage Layer | Constructed from advanced foam with an open-cell structure and 280% water absorption capacity. Features a pyramid-shaped massage surface. | - Rapid moisture absorption. - Gentle massage effect promotes blood circulation. - Relieves pressure. |
| 4. Quick-Drying Layer | Includes 800-1000 drainage holes with a 3D Laval airflow system to direct moisture downward for evaporation. | - Ensures the insole dries quickly after washing. - Prevents bacterial and fungal growth. |
| 5. Automatic Air-Drying System | Equipped with 32 airbags, 12 airflow channels, and over 2000 Laval structures to generate airflow (4-6ml per step). | - Accelerates sweat evaporation using foot pressure and body heat. - Keeps feet dry and comfortable. |
| 6. Customizable Functional Inserts | Inserts available in Ortholite foam, ACF shock absorption, silicone for support, and high-rebound materials for dynamic movement. | - Provides arch support. - Reduces impact for joint protection. - Enhances flexibility and responsiveness. |
| 7. Therapeutic Health Features | Integrated options like energy chips, magnets, or far-infrared materials stored in separate airbag compartments for therapy. | - Promotes blood circulation and reduces fatigue. - Releases negative ions to alleviate stress. |
| 8. Functional Patch Application | Therapeutic patches (e.g., for pain relief, muscle recovery) can be applied to the insole with gradual absorption through foot warmth and pressure. | - Offers targeted treatment for specific needs like pain relief or muscle relaxation. |
| 9. Ergonomic Arch Support & Stability | Features anatomically designed arch grooves and integrated carbon fiber plates for anti-twist stability and optimal support. | - Stabilizes arches for flat feet. - Provides customized comfort for wide/narrow feet. - Enhances stability. |
Copyable Notes:
· Ideal Use: These walking insoles are designed for individuals needing superior comfort, moisture management, and therapeutic support for prolonged walking.
· Multi-Layer Structure: Combines breathability, quick-dry technology, customizable inserts, and ergonomic design to ensure all-day comfort.
· Additional Functionality: Tailored for health benefits with therapeutic materials and anti-fatigue massaging surfaces.
This table format makes it easy to adapt for presentations or product marketing material. Let me know if further refinements are needed!
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