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Key Features:
1. Antibacterial and Moisture-Wicking Surface Layer
Material: The top layer uses a specialized antibacterial, moisture-wicking fabric. It is eco-friendly, durable, and highly breathable.
Material Features: The crisscross pore structure and antibacterial fibers ensure excellent breathability and moisture absorption, even during heavy sweating. Sweat flows into the 3D breathable layer below, keeping the surface dry.
Design and Functional Advantages:
Pore Structure: 50-60% porosity ensures outstanding air permeability and a moisture-wicking rate above 95%.
Antibacterial & Odor Control: Antibacterial properties maintain foot hygiene, preventing odor for prolonged comfort during activities.
2. 3D Printed Breathable Layer
Material: Made from 99% antibacterial TPU with high durability and elasticity.
Material Features: Antibacterial additives prevent bacterial and fungal growth, providing extra protection for the feet.
Design Features:
Porosity: 65-75% micro-pore structure ensures even air circulation.
Customized Fit: 3D printing allows customization for foot contour, ensuring ergonomic support.
Functional Benefits:
Superior breathability with micro-perforations for sweat evaporation.
Antibacterial elements eliminate odor.
Soft cushioning absorbs impact, reducing pressure on high arches.
3. Moisture Absorption and Massage Function
Material: Open-cell foam with a 280% absorption rate.
Design Features:
Pyramid Surface: Increases contact area, improving moisture absorption.
Micro Channels: Enhance lateral moisture diffusion for even absorption.
Functional Benefits:
Rapid moisture absorption keeps feet dry.
Gentle massage effect promotes blood circulation and nerve stimulation.
Even pressure distribution relieves discomfort caused by high arches.
4. Quick-Drying Layer
Material & Design: 800-1000 drainage holes combined with a 3D-printed Laval system to channel moisture downward and prevent upward seepage.
Functional Benefits:
Accelerates moisture discharge.
Quick-dry design allows immediate use after washing.
Maintains a clean, bacteria-free foot environment.
5. Automatic Air-Drying System
Design: 32 air pockets and 12 air channels work in tandem with 2000+ 3D-printed micro Laval structures.
Working Principle: Pressure during walking generates airflow to evaporate moisture effectively.
Functional Benefits:
Enhances moisture evaporation with airflow.
Keeps insoles dry and fresh during high-impact activities.
6. Customizable Functional Inserts
Material Options: Ortholite Foam, High Rebound Material, ACF (Advanced Cushioning Foam), and Silicone.
Functional Features:
High Support Inserts: Provide reinforced support for high arches.
Shock-Absorbing Inserts: ACF inserts absorb pressure, reducing foot and knee strain.
Rebound Inserts: Enhance energy return for a springy step.
Mixed Inserts: Combine materials for personalized comfort.
7. Therapeutic Health Functions
Material: Options include energy chips, magnetic inserts, and far-infrared therapy components.
Functional Benefits:
Stimulates blood circulation, reducing fatigue caused by high arches.
Magnetic inserts balance foot energy and reduce pressure.
Anti-bacterial ion therapy eliminates odor and promotes hygiene.
8. Targeted Pain-Relief Patches
Design: Specialized compartments for health patches tailored to pain relief, inflammation reduction, or muscle relaxation.
Functional Benefits:
Active compounds are absorbed through body heat, delivering targeted relief.
Provides additional therapeutic support for high-arch discomfort.
9. Intelligent Arch Support and Carbon Stability
Design: Biomechanical U-curve arch grooves and strategically placed carbon fiber boards provide stability.
Functional Features:
Deep U-Wall Heel Support: Cradles the heel for superior alignment and balance.
Arch Stability: Carbon board reinforces arch support, improving posture and gait efficiency.
Adaptive Fit: Accommodates various arch shapes, distributing pressure evenly.
These high-performance insoles effectively address High Arch Foot Conditions by providing moisture control, therapeutic relief, and customized support.
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Key Features
Specification
1. Antibacterial and Moisture-Wicking Surface Layer
Material: The top layer uses a specialized antibacterial, moisture-wicking fabric. It is eco-friendly, durable, and highly breathable.
Material Features: The crisscross pore structure and antibacterial fibers ensure excellent breathability and moisture absorption, even during heavy sweating. Sweat flows into the 3D breathable layer below, keeping the surface dry.
Design and Functional Advantages:
Pore Structure: 50-60% porosity ensures outstanding air permeability and a moisture-wicking rate above 95%.
Antibacterial & Odor Control: Antibacterial properties maintain foot hygiene, preventing odor for prolonged comfort during activities.
2. 3D Printed Breathable Layer
Material: Made from 99% antibacterial TPU with high durability and elasticity.
Material Features: Antibacterial additives prevent bacterial and fungal growth, providing extra protection for the feet.
Design Features:
Porosity: 65-75% micro-pore structure ensures even air circulation.
Customized Fit: 3D printing allows customization for foot contour, ensuring ergonomic support.
Functional Benefits:
Superior breathability with micro-perforations for sweat evaporation.
Antibacterial elements eliminate odor.
Soft cushioning absorbs impact, reducing pressure on high arches.
3. Moisture Absorption and Massage Function
Material: Open-cell foam with a 280% absorption rate.
Design Features:
Pyramid Surface: Increases contact area, improving moisture absorption.
Micro Channels: Enhance lateral moisture diffusion for even absorption.
Functional Benefits:
Rapid moisture absorption keeps feet dry.
Gentle massage effect promotes blood circulation and nerve stimulation.
Even pressure distribution relieves discomfort caused by high arches.
4. Quick-Drying Layer
Material & Design: 800-1000 drainage holes combined with a 3D-printed Laval system to channel moisture downward and prevent upward seepage.
Functional Benefits:
Accelerates moisture discharge.
Quick-dry design allows immediate use after washing.
Maintains a clean, bacteria-free foot environment.
5. Automatic Air-Drying System
Design: 32 air pockets and 12 air channels work in tandem with 2000+ 3D-printed micro Laval structures.
Working Principle: Pressure during walking generates airflow to evaporate moisture effectively.
Functional Benefits:
Enhances moisture evaporation with airflow.
Keeps insoles dry and fresh during high-impact activities.
6. Customizable Functional Inserts
Material Options: Ortholite Foam, High Rebound Material, ACF (Advanced Cushioning Foam), and Silicone.
Functional Features:
High Support Inserts: Provide reinforced support for high arches.
Shock-Absorbing Inserts: ACF inserts absorb pressure, reducing foot and knee strain.
Rebound Inserts: Enhance energy return for a springy step.
Mixed Inserts: Combine materials for personalized comfort.
7. Therapeutic Health Functions
Material: Options include energy chips, magnetic inserts, and far-infrared therapy components.
Functional Benefits:
Stimulates blood circulation, reducing fatigue caused by high arches.
Magnetic inserts balance foot energy and reduce pressure.
Anti-bacterial ion therapy eliminates odor and promotes hygiene.
8. Targeted Pain-Relief Patches
Design: Specialized compartments for health patches tailored to pain relief, inflammation reduction, or muscle relaxation.
Functional Benefits:
Active compounds are absorbed through body heat, delivering targeted relief.
Provides additional therapeutic support for high-arch discomfort.
9. Intelligent Arch Support and Carbon Stability
Design: Biomechanical U-curve arch grooves and strategically placed carbon fiber boards provide stability.
Functional Features:
Deep U-Wall Heel Support: Cradles the heel for superior alignment and balance.
Arch Stability: Carbon board reinforces arch support, improving posture and gait efficiency.
Adaptive Fit: Accommodates various arch shapes, distributing pressure evenly.
These high-performance insoles effectively address High Arch Foot Conditions by providing moisture control, therapeutic relief, and customized support.
Below is a detailed description of the High Arch Insoles features presented in a table format, incorporating the product's unique characteristics:
| Function | Materials & Design | Features & Benefits |
| 1. Antibacterial & Moisture-Wicking Top Layer | Special antibacterial, moisture-wicking fabric made of eco-friendly, waterproof, and mildew-resistant yarn. | - 50-60% porosity with >95% moisture permeability for rapid sweat absorption (within 1-3 seconds). - Antibacterial treatment prevents odor and bacteria, keeping feet dry and hygienic. |
| 2. 3D Printed Breathable Layer | Made of 99% antibacterial TPU with a multi-layer 3D printed structure and 65-75% porosity. | - Over 2.33 million micro-pores ensure continuous airflow. - Provides cushioning and pressure distribution. - Customizable to match foot contours, improving comfort and fit. |
| 3. Moisture-Absorption & Massage Layer | Open-cell foam structure with 280% water absorption rate. Pyramid surface design for massage effect. | - Rapid moisture absorption and retention. - Pyramid protrusions gently massage the foot, stimulate circulation, and alleviate fatigue. - Even pressure distribution for added comfort. |
| 4. Quick-Drying Layer | 800-1000 drainage holes combined with a 3D printed Laval nozzle system. | - Accelerates moisture drainage, preventing backflow. - Rapid drying ensures the insole can be worn immediately after washing. - Inhibits bacterial growth for healthy feet. |
| 5. Automatic Air-Drying System | 32 airbags, 12 drainage channels, and 2000+ micro-scale 3D printed Laval structures. | - Generates 4-6ml of airflow per step, evaporating moisture efficiently. - Enhances airflow circulation, keeping the insole dry and fresh. |
| 6. Customizable Functional Inserts | Ortholite foam, ACF shock-absorbing material, high-rebound materials, and silicone combinations. | - High Support: Provides arch stability specifically for high arches. - Shock Absorption: Reduces impact on feet and knees, alleviating fatigue. - Rebound: Enhances flexibility and energy return with every step. |
| 7. Therapeutic Health Features | Embedded therapeutic materials like magnetic chips, energy chips, and far-infrared technology. | - Promotes blood circulation and relieves fatigue. - Balances energy and reduces stress. - Antibacterial ions keep feet clean and fresh. |
| 8. Functional Patch Application | Embedded patches within specialized air pockets that activate with foot temperature. | - Provides targeted health therapy for pain relief, inflammation reduction, or muscle recovery. - Ideal for managing arch-related fatigue and discomfort. |
| 9. Intelligent Arch Support with Carbon Stability | Ergonomically designed arch grooves and carbon support board with deep U-heel design. | - Arch Support: Reinforces arch stability, ideal for high arches. - Pressure Distribution: Evenly spreads pressure across the foot, relieving pain. - Enhanced Efficiency: Improves posture and walking gait. |
Key Features Summary:
1. Advanced Moisture Management: High moisture-wicking and antibacterial properties to keep feet dry and odor-free.
2. 3D Printed Custom Fit: High breathability with customizable support for unique foot contours.
3. Specialized Arch Support: Carbon-reinforced arch stability designed to relieve discomfort associated with high arches.
4. Therapeutic Benefits: Integrates health technologies such as energy chips and functional patches for recovery and pain relief.
5. Automatic Drying System: Rapid air-drying layers and advanced airflow channels ensure long-term dryness and comfort.
These insoles are specifically designed to support high arches, providing targeted relief, stability, and comfort for prolonged wear, physical activity, and recovery.
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