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Key Features:
1. Antibacterial Moisture-Wicking Surface Layer
The surface layer is made of a special antibacterial and moisture-wicking fabric that is eco-friendly, durable, and highly breathable. The yarn used in the material has been treated for waterproofing and anti-mold properties.
· Design Details: The cross-structured pores provide a 50-60% porosity, ensuring excellent breathability and moisture transfer.
· Functional Benefits: Sweat is absorbed within 1-3 seconds, keeping feet dry during movement. The antibacterial treatment prevents odor, ensuring hygiene and comfort for extended wear.
2. 3D Printed Breathable Layer
This layer uses 99% antibacterial TPU material, combining durability, flexibility, and antimicrobial protection.
· Design Details: The 3D printed micro-pore structure has a 65-75% porosity with over 2 million micro-holes, ensuring uniform airflow and rapid sweat evaporation.
· Functional Benefits:
o Continuous airflow prevents moisture buildup.
o Multi-layer 3D design enhances support and comfort.
o Customizable to the foot’s contour, reducing friction and providing a perfect ergonomic fit.
3. Moisture-Absorbing and Massage Layer
This layer features a high-absorption foam with an open-cell structure capable of absorbing up to 280% of its weight in moisture.
· Design Details:
o Pyramid-shaped protrusions increase the contact surface area for faster moisture absorption.
o Micro-channels between the pyramids evenly distribute moisture across the layer.
· Functional Benefits:
o The pyramid structure provides a gentle massage to the foot, improving blood circulation and reducing fatigue.
o Pressure distribution minimizes concentrated stress points, enhancing overall comfort.
4. Quick Drying Layer
A special quick-drying layer incorporates 800-1000 drainage holes combined with a 3D-printed Laval system.
· Design Details: The Laval system accelerates moisture drainage using airflow dynamics, preventing upward water penetration.
· Functional Benefits:
o Ensures rapid moisture evacuation, allowing insoles to dry quickly even after washing.
o Maintains a clean and hygienic environment by reducing bacterial growth.
5. Automatic Air-Dry SystemThe base of the insole includes 32 air pockets, 12 airflow channels, and over 2000 micro-Laval structures. This innovative design generates airflow with every step.· Working Principle: Each step creates 4-6 ml of airflow that evaporates moisture using pressure and body heat (42-45°C).· Functional Benefits:o Promotes efficient drying during activity.o Reduces discomfort caused by wet insoles, keeping the feet dry and comfortable throughout the day.
6. Customizable Functional Inserts
The insoles feature customizable inserts made of materials such as Ortholite foam, high-rebound materials, ACF (Advanced Cushion Foam), and silicone.
· Functional Benefits:o Arch Support Inserts: Provide enhanced arch stabilization to prevent overpronation.
o Shock Absorption Inserts: Reduce the impact on feet and knees, improving comfort during movement.
o Rebound Inserts: Increase flexibility and energy return, making each step more powerful and responsive.
7. Health Therapy Features
The insoles can be customized with therapeutic elements like magnetic chips, far-infrared technology, and energy frequency chips.
· Design Details: These elements are embedded in the center air pockets for maximum effectiveness.
· Functional Benefits:
o Improves blood circulation and reduces inflammation.o Relieves muscle fatigue and pain caused by overpronation.
o Balances body energy with negative ion release, reducing stress and improving overall foot health.
8. Pain Relief Patches
Specialized patches can be added to the insole to target specific health concerns such as pain relief, muscle support, or inflammation reduction.
· Design Details: The patches release active ingredients through body heat, which are absorbed via the foot’s pores.
· Functional Benefits: Provides effective therapy for foot pain, inflammation, or chronic overpronation discomfort, ensuring long-term relief and improved foot wellness.
9. Smart Arch Support and Carbon Plate Stability
The insole features a built-in ergonomic arch support system combined with a carbon fiber plate.
· Design Details: The arch grooves and raised support stabilize the foot’s natural alignment, preventing excessive inward rolling (overpronation).
· Functional Benefits:
o Offers superior stability and prevents ankle misalignment.
o Reduces foot fatigue by providing structured support to flat or collapsed arches.
o Suitable for a variety of foot types, including wide and narrow feet, ensuring personalized comfort and performance.
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Key Features
Specification
1. Antibacterial Moisture-Wicking Surface Layer
The surface layer is made of a special antibacterial and moisture-wicking fabric that is eco-friendly, durable, and highly breathable. The yarn used in the material has been treated for waterproofing and anti-mold properties.
· Design Details: The cross-structured pores provide a 50-60% porosity, ensuring excellent breathability and moisture transfer.
· Functional Benefits: Sweat is absorbed within 1-3 seconds, keeping feet dry during movement. The antibacterial treatment prevents odor, ensuring hygiene and comfort for extended wear.
2. 3D Printed Breathable Layer
This layer uses 99% antibacterial TPU material, combining durability, flexibility, and antimicrobial protection.
· Design Details: The 3D printed micro-pore structure has a 65-75% porosity with over 2 million micro-holes, ensuring uniform airflow and rapid sweat evaporation.
· Functional Benefits:
o Continuous airflow prevents moisture buildup.
o Multi-layer 3D design enhances support and comfort.
o Customizable to the foot’s contour, reducing friction and providing a perfect ergonomic fit.
3. Moisture-Absorbing and Massage Layer
This layer features a high-absorption foam with an open-cell structure capable of absorbing up to 280% of its weight in moisture.
· Design Details:
o Pyramid-shaped protrusions increase the contact surface area for faster moisture absorption.
o Micro-channels between the pyramids evenly distribute moisture across the layer.
· Functional Benefits:
o The pyramid structure provides a gentle massage to the foot, improving blood circulation and reducing fatigue.
o Pressure distribution minimizes concentrated stress points, enhancing overall comfort.
4. Quick Drying Layer
A special quick-drying layer incorporates 800-1000 drainage holes combined with a 3D-printed Laval system.
· Design Details: The Laval system accelerates moisture drainage using airflow dynamics, preventing upward water penetration.
· Functional Benefits:
o Ensures rapid moisture evacuation, allowing insoles to dry quickly even after washing.
o Maintains a clean and hygienic environment by reducing bacterial growth.
5. Automatic Air-Dry SystemThe base of the insole includes 32 air pockets, 12 airflow channels, and over 2000 micro-Laval structures. This innovative design generates airflow with every step.· Working Principle: Each step creates 4-6 ml of airflow that evaporates moisture using pressure and body heat (42-45°C).· Functional Benefits:o Promotes efficient drying during activity.o Reduces discomfort caused by wet insoles, keeping the feet dry and comfortable throughout the day.
6. Customizable Functional Inserts
The insoles feature customizable inserts made of materials such as Ortholite foam, high-rebound materials, ACF (Advanced Cushion Foam), and silicone.
· Functional Benefits:o Arch Support Inserts: Provide enhanced arch stabilization to prevent overpronation.
o Shock Absorption Inserts: Reduce the impact on feet and knees, improving comfort during movement.
o Rebound Inserts: Increase flexibility and energy return, making each step more powerful and responsive.
7. Health Therapy Features
The insoles can be customized with therapeutic elements like magnetic chips, far-infrared technology, and energy frequency chips.
· Design Details: These elements are embedded in the center air pockets for maximum effectiveness.
· Functional Benefits:
o Improves blood circulation and reduces inflammation.o Relieves muscle fatigue and pain caused by overpronation.
o Balances body energy with negative ion release, reducing stress and improving overall foot health.
8. Pain Relief Patches
Specialized patches can be added to the insole to target specific health concerns such as pain relief, muscle support, or inflammation reduction.
· Design Details: The patches release active ingredients through body heat, which are absorbed via the foot’s pores.
· Functional Benefits: Provides effective therapy for foot pain, inflammation, or chronic overpronation discomfort, ensuring long-term relief and improved foot wellness.
9. Smart Arch Support and Carbon Plate Stability
The insole features a built-in ergonomic arch support system combined with a carbon fiber plate.
· Design Details: The arch grooves and raised support stabilize the foot’s natural alignment, preventing excessive inward rolling (overpronation).
· Functional Benefits:
o Offers superior stability and prevents ankle misalignment.
o Reduces foot fatigue by providing structured support to flat or collapsed arches.
o Suitable for a variety of foot types, including wide and narrow feet, ensuring personalized comfort and performance.
This detailed description highlights the unique features of Overpronation Insoles, focusing on breathability, moisture management, stability, and therapeutic functionality to ensure ultimate foot comfort and support.
Here is the detailed description of Overpronation Insoles features, formatted into a clear and copyable table:
| Feature | Material and Characteristics | Design Details and Functional Benefits |
| 1. Antibacterial Moisture-Wicking Surface Layer | - Special antibacterial, moisture-wicking fabric with waterproof and anti-mold yarn. - Eco-friendly, breathable, and durable. | - Cross-structured pores with 50-60% porosity ensure high breathability and moisture-wicking. - Absorbs sweat in 1-3 seconds, keeping feet dry. - Antibacterial fibers prevent odor and maintain hygiene during long use. |
| 2. 3D Printed Breathable Layer | - 99% antibacterial TPU with flexibility, durability, and antimicrobial protection. | - 3D printed micro-pores (65-75% porosity) ensure airflow and sweat evaporation. - Multi-layer design enhances cushioning and support. - Customizable to foot shape for ergonomic fit. |
| 3. Moisture-Absorbing & Massage Layer | - High-absorption foam with open-cell structure (280% moisture absorption rate). | - Pyramid protrusions provide gentle massage, stimulating blood circulation and reducing fatigue. - Microchannels distribute moisture evenly across the insole. |
| 4. Quick Drying Layer | - 800-1000 flow holes combined with a 3D-printed Laval system. | - Rapid downward drainage prevents moisture build-up. - Laval system accelerates water removal, ensuring a dry and clean environment. |
| 5. Auto Air-Dry System | - 32 air pockets, 12 air channels, and 2000+ micro-Laval structures for airflow. | - Generates 4-6 ml of airflow with each step, expelling moisture through pressure and heat. - Keeps insoles dry during activity. |
| 6. Customizable Functional Inserts | - Material options: Ortholite foam, ACF (Advanced Cushion Foam), silicone, and high-rebound materials. | - Arch Support Inserts: Provides extra support for fallen arches or overpronation. - Shock Absorption Inserts: Reduces foot and knee stress. - Rebound Inserts: Enhances step energy for flexible movement. |
| 7. Health Therapy Features | - Customizable inserts include magnetic therapy chips, far-infrared technology, and energy frequency chips. | - Promotes blood circulation, reduces pain, and relieves fatigue. - Balances energy with negative ion release for stress reduction. |
| 8. Pain Relief Patches | - Patches for muscle relief, pain alleviation, or targeted therapy. | - Active ingredients released through body heat and absorbed via foot pores. - Effective for treating inflammation or chronic overpronation discomfort. |
| 9. Smart Arch Support & Stability Carbon Plate | - Integrated carbon fiber plate and ergonomic arch support grooves. | - Prevents excessive inward foot roll (overpronation). - Stabilizes the foot arch and supports natural alignment. - Reduces fatigue for flat-footed users. |
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