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Features and Functional Descriptions:
1 Antibacterial and Moisture-Wicking Top Layer
o Material: A specially engineered antibacterial and breathable fabric treated with waterproof and anti-mildew properties.
o Material Properties: Its cross-pore structure and antibacterial fibers offer excellent breathability and moisture absorption. Sweat quickly flows into the 3D breathable layer beneath, ensuring the top surface stays dry.
o Design and Benefits:
● Pore design: 50-60% porosity, providing exceptional ventilation and a moisture-wicking rate exceeding 95%.
● Fast absorption: Sweat dries within 1-3 seconds, keeping feet dry during physical activity.
● Antibacterial treatment reduces odor and ensures foot hygiene for prolonged comfort.
2. 3D-Printed Breathable Layer
o Material: Made of 99% antibacterial TPU (Thermoplastic Polyurethane).
o Material Properties: Combines flexibility, durability, and antibacterial additives for health protection.
o Design Features:
● Porosity: 65-75% with 1.2mm thickness and millions of micropores for air circulation.
● Multi-layer 3D design optimizes cushioning and support while ensuring airflow.
o Benefits:
● Enhanced ventilation: Ensures continuous airflow for moisture evaporation.
● Antibacterial protection: Prevents bacterial and odor buildup.
● Customization: Tailored foot contour fitting through 3D printing.
3. Moisture-Absorbing and Massage Layer
o Material: Advanced open-cell foam with a moisture absorption rate of up to 280%.
o Design Features:
● Pyramid-shaped surface: Increases contact area for efficient moisture absorption.
● Micro-channels: Facilitate horizontal dispersion of moisture, keeping the insole dry.
o Benefits:
● Fast absorption: Prevents sweat accumulation.
● Gentle massage: Pyramid design stimulates blood circulation and reduces fatigue.
● Pressure distribution: Reduces localized foot pressure for enhanced comfort.
4. Rapid-Drying Layer
o Material and Design: Equipped with 800-1000 micro drainage holes and a 3D-printed Laval airflow system.
o Benefits:
● Quick water drainage prevents moisture buildup.
● Laval system accelerates airflow, promoting rapid drying and odor prevention.
● Maintains foot hygiene by reducing bacterial growth.
5. Auto-Drying Airflow System
o Design: 32 integrated airbags, 12 airflow channels, and 2000+ micro Laval structures generate 4-6ml of airflow with each step.
o Functionality:
● Air circulation accelerates moisture evaporation using body heat and pressure.
● Keeps insoles dry during walking or running.
o Benefits: Promotes foot comfort and dryness while minimizing sweat buildup.
6. Customizable Functional Pads
o Materials: Options include Ortholite foam, ACF cushioning material, high-rebound materials, and silicone.
o Functions:
● Arch support inserts: Provides stability for flat feet or fallen arches.
● Shock-absorbing pads: Reduces impact stress on the feet and knees.
● High-rebound inserts: Enhances energy return for improved step efficiency.
● Flexibility: Pads can be customized or combined for tailored functionality.
7. Therapeutic Support System
o Material Integration: Optional energy chips, magnetic patches, and therapeutic elements like far-infrared or negative ion emitters.
o Benefits:
● Blood circulation: Embedded elements help promote blood flow and reduce fatigue.
● Pain relief: Helps alleviate discomfort and provides relaxation.
● Stress reduction: Restores energy balance through therapeutic design.
8. Application for Medicinal Pads
o Custom Add-ons: Compatible with medicinal patches for targeted therapy (e.g., pain relief, muscle enhancement).
o Design: Special air pockets ensure controlled release of active ingredients absorbed through foot heat and skin pores.
o Benefits: Effective relief and health management tailored to individual needs.
9. Smart Arch Support and Carbon Stability Board
o Design: Ergonomic arch grooves and raised supports adapt to different foot shapes, offering optimal pronation control.
o Integrated Carbon Board: Provides stability, energy return, and support for overpronation issues.
o Benefits:
● Supports flat feet: Relieves foot fatigue and prevents arch collapse.
● Balances alignment: Ensures correct foot posture during walking and running.
● Enhances comfort: Adapts to wide or narrow feet for personalized stability.
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Features and Functional Descriptions
Specification
1 Antibacterial and Moisture-Wicking Top Layer
o Material: A specially engineered antibacterial and breathable fabric treated with waterproof and anti-mildew properties.
o Material Properties: Its cross-pore structure and antibacterial fibers offer excellent breathability and moisture absorption. Sweat quickly flows into the 3D breathable layer beneath, ensuring the top surface stays dry.
o Design and Benefits:
● Pore design: 50-60% porosity, providing exceptional ventilation and a moisture-wicking rate exceeding 95%.
● Fast absorption: Sweat dries within 1-3 seconds, keeping feet dry during physical activity.
● Antibacterial treatment reduces odor and ensures foot hygiene for prolonged comfort.
2. 3D-Printed Breathable Layer
o Material: Made of 99% antibacterial TPU (Thermoplastic Polyurethane).
o Material Properties: Combines flexibility, durability, and antibacterial additives for health protection.
o Design Features:
● Porosity: 65-75% with 1.2mm thickness and millions of micropores for air circulation.
● Multi-layer 3D design optimizes cushioning and support while ensuring airflow.
o Benefits:
● Enhanced ventilation: Ensures continuous airflow for moisture evaporation.
● Antibacterial protection: Prevents bacterial and odor buildup.
● Customization: Tailored foot contour fitting through 3D printing.
3. Moisture-Absorbing and Massage Layer
o Material: Advanced open-cell foam with a moisture absorption rate of up to 280%.
o Design Features:
● Pyramid-shaped surface: Increases contact area for efficient moisture absorption.
● Micro-channels: Facilitate horizontal dispersion of moisture, keeping the insole dry.
o Benefits:
● Fast absorption: Prevents sweat accumulation.
● Gentle massage: Pyramid design stimulates blood circulation and reduces fatigue.
● Pressure distribution: Reduces localized foot pressure for enhanced comfort.
4. Rapid-Drying Layer
o Material and Design: Equipped with 800-1000 micro drainage holes and a 3D-printed Laval airflow system.
o Benefits:
● Quick water drainage prevents moisture buildup.
● Laval system accelerates airflow, promoting rapid drying and odor prevention.
● Maintains foot hygiene by reducing bacterial growth.
5. Auto-Drying Airflow System
o Design: 32 integrated airbags, 12 airflow channels, and 2000+ micro Laval structures generate 4-6ml of airflow with each step.
o Functionality:
● Air circulation accelerates moisture evaporation using body heat and pressure.
● Keeps insoles dry during walking or running.
o Benefits: Promotes foot comfort and dryness while minimizing sweat buildup.
6. Customizable Functional Pads
o Materials: Options include Ortholite foam, ACF cushioning material, high-rebound materials, and silicone.
o Functions:
● Arch support inserts: Provides stability for flat feet or fallen arches.
● Shock-absorbing pads: Reduces impact stress on the feet and knees.
● High-rebound inserts: Enhances energy return for improved step efficiency.
● Flexibility: Pads can be customized or combined for tailored functionality.
7. Therapeutic Support System
o Material Integration: Optional energy chips, magnetic patches, and therapeutic elements like far-infrared or negative ion emitters.
o Benefits:
● Blood circulation: Embedded elements help promote blood flow and reduce fatigue.
● Pain relief: Helps alleviate discomfort and provides relaxation.
● Stress reduction: Restores energy balance through therapeutic design.
8. Application for Medicinal Pads
o Custom Add-ons: Compatible with medicinal patches for targeted therapy (e.g., pain relief, muscle enhancement).
o Design: Special air pockets ensure controlled release of active ingredients absorbed through foot heat and skin pores.
o Benefits: Effective relief and health management tailored to individual needs.
9. Smart Arch Support and Carbon Stability Board
o Design: Ergonomic arch grooves and raised supports adapt to different foot shapes, offering optimal pronation control.
o Integrated Carbon Board: Provides stability, energy return, and support for overpronation issues.
o Benefits:
● Supports flat feet: Relieves foot fatigue and prevents arch collapse.
● Balances alignment: Ensures correct foot posture during walking and running.
● Enhances comfort: Adapts to wide or narrow feet for personalized stability.
This insole design combines advanced breathability, dynamic airflow systems, moisture-wicking layers, and customizable functional pads to deliver ultimate comfort, support, and pronation correction.
| Feature | Description |
| Antibacterial and Moisture-Wicking Top Layer | - Material: Special antibacterial, breathable fabric treated with waterproof and anti-mildew properties. |
| - Properties: 50-60% porosity with moisture-wicking rate exceeding 95%. | |
| - Benefits: Quickly absorbs sweat (1-3 seconds), keeps surface dry, reduces odor, and ensures hygiene. | |
| 3D-Printed Breathable Layer | - Material: 99% antibacterial TPU with excellent elasticity, durability, and antibacterial properties. |
| - Design: 65-75% porosity with millions of micro-pores for continuous airflow and sweat evaporation. | |
| - Benefits: Enhances ventilation, regulates temperature, prevents odor, and can be customized to individual foot shapes. | |
| Moisture-Absorbing and Massage Layer | - Material: Advanced open-cell foam with a moisture absorption rate of up to 280%. |
| - Design: Pyramid-shaped surface and micro-channels for even moisture dispersion. | |
| - Benefits: Quickly absorbs sweat, gently massages the feet to stimulate circulation, and evenly distributes pressure. | |
| Rapid-Drying Layer | - Material: Incorporates 800-1000 drainage holes and 3D-printed Laval airflow structures. |
| - Benefits: Facilitates fast water drainage, accelerates drying, prevents bacterial growth, and maintains a clean foot environment. | |
| Auto-Drying Airflow System | - Design: 32 integrated airbags, 12 airflow channels, and 2000+ micro Laval airflow structures. |
| - Function: Generates airflow (4-6ml per step) to evaporate moisture using body heat and foot pressure. | |
| - Benefits: Keeps insoles dry and comfortable during walking or running, minimizing sweat discomfort. | |
| Customizable Functional Pads | - Material: Options include Ortholite foam, ACF (advanced cushioning foam), high-rebound materials, and silicone. |
| - Functions: Arch support for flat feet, shock absorption to reduce impact, and energy return for improved step efficiency. | |
| - Benefits: Allows tailored functionality for different needs, including sports, work, or leisure. | |
| Therapeutic Support System | - Material Integration: Optional magnetic patches, energy chips, or therapeutic elements like far-infrared and negative ion emitters. |
| - Benefits: Promotes blood circulation, reduces fatigue, alleviates pain, and restores energy balance. | |
| Medicinal Patch Application | - Design: Special air pockets to hold medicinal patches for targeted therapy (e.g., pain relief or muscle enhancement). |
| - Benefits: Controlled release of active ingredients through foot heat absorption, providing effective health management. | |
| Smart Arch Support and Carbon Stability Board | - Design: Ergonomic arch grooves and raised supports for optimal alignment and pronation control. |
| - Integrated Carbon Board: Provides stability, corrects posture, and enhances energy return. | |
| - Benefits: Relieves foot fatigue, supports flat feet, balances pronation issues, and adapts to wide or narrow foot types. |
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