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Description:
1. Antibacterial Breathable Top Layer
The top layer uses a special antibacterial and breathable fabric, which is both eco-friendly and durable. The material has been treated for water and mold resistance. Featuring a cross-structured pore design with a 50-60% porosity rate, it quickly wicks away moisture within 1-3 seconds, ensuring that sweat is transferred to the lower layers. The antibacterial treatment prevents odor and maintains foot hygiene, providing long-lasting comfort, even during high-intensity activities.
2. 3D Printed Breathable Layer
Constructed with 99% antibacterial TPU (Thermoplastic Polyurethane), this layer combines durability, elasticity, and breathability. The 65-75% porosity rate and micro-pore 3D-printed structure allow for optimized airflow and sweat evaporation. The multi-layer design adds support and cushioning, while customization ensures an ergonomic fit for different foot shapes, enhancing overall comfort and reducing friction during movement.
3. Moisture Absorption and Massage Layer
This layer uses open-cell foam with an impressive 280% water absorption rate, effectively absorbing sweat while keeping the surface dry. Designed with pyramid-shaped protrusions, it increases contact with the foot, enhancing absorption efficiency. Additionally, the protrusions provide a gentle massaging effect, stimulating nerves, improving blood circulation, and evenly dispersing foot pressure to reduce fatigue.
4. Quick-Drying System
The quick-drying layer incorporates 800-1000 drainage holes and a 3D-printed Laval air channel system, which effectively directs moisture downward. This design prevents upward moisture seepage, keeping the top layer dry. After washing, the insoles dry almost instantly, eliminating bacterial growth and ensuring a fresh and healthy foot environment.
5. Automatic Air-Dry System
At the bottom of the insole, 32 integrated air pockets, 12 channels, and over 2000 micro Laval structures work together to create airflow with every step. Each step generates 4-6 milliliters of airflow, which combines with body heat (42-45°C) to evaporate moisture efficiently. This dynamic system keeps the insoles dry, reducing the discomfort of dampness during prolonged activities.
6. Customizable Functional Inserts
The insole features customizable inserts made from materials such as Ortholite foam, ACF (Advanced Cushion Foam), high-rebound materials, and silicone. These inserts can be tailored to provide specific benefits:
o Arch Support Inserts: Ideal for individuals needing extra foot arch support.o Shock-Absorbing Inserts: Reduce joint impact, perfect for athletes and active users.
o High-Rebound Inserts: Increase energy return, enhancing performance and stride efficiency.
7. Health Therapy Functionality
For users seeking additional therapeutic benefits, the insoles can integrate energy chips, magnetic inserts, or terahertz materials. These elements are housed in centralized air pockets, allowing them to provide targeted benefits. This design promotes blood circulation, reduces fatigue, and balances energy, while antibacterial properties keep the foot fresh and healthy.
8. Adhesive Medicinal Pad Integration
Specialized adhesive pads can be added to the insole for therapeutic purposes, such as pain relief, muscle enhancement, or fatigue reduction. The pads release active ingredients through foot heat, allowing them to be absorbed via the pores for effective treatment during movement.9. Smart Arch Support with Carbon Fiber Stability
The insole includes a carbon fiber integrated support plate for unparalleled stability and efficiency. The ergonomic arch grooves adapt to various foot types, offering:
o Flat Foot Relief: Arch support reduces fatigue and improves posture.o Anti-Twist Stability: Prevents overpronation and twisting during movement.
o Adaptability: Designed to support wide, narrow, or high-arched feet, ensuring a personalized fit for all users.
Overall Performance
These Carbon Fiber Shoe Insoles combine advanced materials and innovative designs to provide:· Enhanced Foot Stability: Carbon fiber integration reduces fatigue and prevents arch collapse.
· Optimal Comfort: 3D-printed breathable layers and moisture-wicking features keep feet dry and comfortable.
· Customizable Support: Inserts and therapeutic options cater to individual needs, improving performance and foot health.
· Durability and Freshness: Anti-twist properties, antibacterial layers, and quick-drying systems ensure long-lasting performance.These insoles are ideal for athletes, active individuals, and professionals, offering premium comfort, stability, and performance for everyday use and high-demand activities.
These insoles are ideal for athletes, active individuals, and professionals, offering premium comfort, stability, and performance for everyday use and high-demand activities
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Description
Specification
1. Antibacterial Breathable Top Layer
The top layer uses a special antibacterial and breathable fabric, which is both eco-friendly and durable. The material has been treated for water and mold resistance. Featuring a cross-structured pore design with a 50-60% porosity rate, it quickly wicks away moisture within 1-3 seconds, ensuring that sweat is transferred to the lower layers. The antibacterial treatment prevents odor and maintains foot hygiene, providing long-lasting comfort, even during high-intensity activities.
2. 3D Printed Breathable Layer
Constructed with 99% antibacterial TPU (Thermoplastic Polyurethane), this layer combines durability, elasticity, and breathability. The 65-75% porosity rate and micro-pore 3D-printed structure allow for optimized airflow and sweat evaporation. The multi-layer design adds support and cushioning, while customization ensures an ergonomic fit for different foot shapes, enhancing overall comfort and reducing friction during movement.
3. Moisture Absorption and Massage Layer
This layer uses open-cell foam with an impressive 280% water absorption rate, effectively absorbing sweat while keeping the surface dry. Designed with pyramid-shaped protrusions, it increases contact with the foot, enhancing absorption efficiency. Additionally, the protrusions provide a gentle massaging effect, stimulating nerves, improving blood circulation, and evenly dispersing foot pressure to reduce fatigue.
4. Quick-Drying System
The quick-drying layer incorporates 800-1000 drainage holes and a 3D-printed Laval air channel system, which effectively directs moisture downward. This design prevents upward moisture seepage, keeping the top layer dry. After washing, the insoles dry almost instantly, eliminating bacterial growth and ensuring a fresh and healthy foot environment.
5. Automatic Air-Dry System
At the bottom of the insole, 32 integrated air pockets, 12 channels, and over 2000 micro Laval structures work together to create airflow with every step. Each step generates 4-6 milliliters of airflow, which combines with body heat (42-45°C) to evaporate moisture efficiently. This dynamic system keeps the insoles dry, reducing the discomfort of dampness during prolonged activities.
6. Customizable Functional Inserts
The insole features customizable inserts made from materials such as Ortholite foam, ACF (Advanced Cushion Foam), high-rebound materials, and silicone. These inserts can be tailored to provide specific benefits:
o Arch Support Inserts: Ideal for individuals needing extra foot arch support.o Shock-Absorbing Inserts: Reduce joint impact, perfect for athletes and active users.
o High-Rebound Inserts: Increase energy return, enhancing performance and stride efficiency.
7. Health Therapy Functionality
For users seeking additional therapeutic benefits, the insoles can integrate energy chips, magnetic inserts, or terahertz materials. These elements are housed in centralized air pockets, allowing them to provide targeted benefits. This design promotes blood circulation, reduces fatigue, and balances energy, while antibacterial properties keep the foot fresh and healthy.
8. Adhesive Medicinal Pad Integration
Specialized adhesive pads can be added to the insole for therapeutic purposes, such as pain relief, muscle enhancement, or fatigue reduction. The pads release active ingredients through foot heat, allowing them to be absorbed via the pores for effective treatment during movement.9. Smart Arch Support with Carbon Fiber Stability
The insole includes a carbon fiber integrated support plate for unparalleled stability and efficiency. The ergonomic arch grooves adapt to various foot types, offering:
o Flat Foot Relief: Arch support reduces fatigue and improves posture.o Anti-Twist Stability: Prevents overpronation and twisting during movement.
o Adaptability: Designed to support wide, narrow, or high-arched feet, ensuring a personalized fit for all users.
Overall Performance
These Carbon Fiber Shoe Insoles combine advanced materials and innovative designs to provide:· Enhanced Foot Stability: Carbon fiber integration reduces fatigue and prevents arch collapse.
· Optimal Comfort: 3D-printed breathable layers and moisture-wicking features keep feet dry and comfortable.
· Customizable Support: Inserts and therapeutic options cater to individual needs, improving performance and foot health.
· Durability and Freshness: Anti-twist properties, antibacterial layers, and quick-drying systems ensure long-lasting performance.These insoles are ideal for athletes, active individuals, and professionals, offering premium comfort, stability, and performance for everyday use and high-demand activities.
These insoles are ideal for athletes, active individuals, and professionals, offering premium comfort, stability, and performance for everyday use and high-demand activities
Here is a detailed and structured description of Carbon Fiber Shoe Insoles, combining the visual features of your product images and key performance functionalities.
| Layer | Materials | Features | Benefits |
| 1. Antibacterial Breathable Top Layer | Special antibacterial and breathable fabric, water and mold-resistant treated fibers. | Cross-structured pores with 50-60% porosity; rapid moisture-wicking (1-3 seconds). | Maintains dryness during sports, inhibits odor, and enhances long-lasting foot hygiene. |
| 2. 3D Printed Breathable Layer | 99% Antibacterial TPU (Thermoplastic Polyurethane). | 65-75% porosity, 1.2mm thick with 3D micro-pore design; customizable multi-layer structure. | Excellent breathability, antibacterial protection, and personalized ergonomic support. |
| 3. Moisture Absorption & Massage Layer | Open-cell foam with 280% water absorption. | Pyramid-shaped protrusions increase contact area and micro-channels for moisture diffusion. | Quickly absorbs sweat, provides foot massage, stimulates circulation, and evenly disperses pressure. |
| 4. Quick-Drying System | 3D-printed Laval air channel system with 800-1000 drainage holes. | Channels direct moisture downward while preventing upward penetration. | Ensures immediate drying post-wash, prevents bacterial growth, and maintains freshness. |
| 5. Automatic Air-Dry System | Integrated 32 air pockets, 12 channels, and 2000+ 3D Laval micro-structures. | Produces airflow (4-6 ml/step) during movement to evaporate moisture using body pressure and heat (42-45°C). | Rapid moisture evaporation keeps insoles dry, reduces humidity, and enhances comfort. |
| 6. Customizable Functional Inserts | Ortholite foam, ACF (Advanced Cushion Foam), silicone, high-rebound materials. | Custom inserts for shock absorption, arch support, or high rebound tailored to different activities. | Enhanced performance for sports, alleviates fatigue, and reduces joint and muscle strain. |
| 7. Health Therapy Functionality | Energy chips, magnetic inserts, or terahertz therapeutic materials. | Centralized air pockets house therapy materials for blood circulation and relaxation benefits. | Promotes circulation, relieves fatigue, balances energy, and controls bacterial growth. |
| 8. Adhesive Medicinal Pad Integration | Specialized adhesive patch designs for foot therapy. | Active ingredients released through heat and absorbed via foot pores. | Targets specific health needs such as pain relief, muscle enhancement, or fatigue reduction. |
| 9. Smart Arch Support with Carbon Fiber | Ergonomic arch grooves with carbon fiber integrated support plate. | Anti-twist stability, foot fatigue relief, and tailored support for flat, wide, or narrow feet. | Enhances motion efficiency, prevents arch collapse, and provides long-lasting stability. |
Key Highlights:
1. Carbon Fiber Integration: Provides exceptional stability, anti-twist support, and reduces fatigue for high-intensity activities.
2. 3D Printed Technology: Customized design ensures breathability, comfort, and personalized foot support.
3. Multi-Layer System: Combines moisture absorption, airflow channels, and massage for superior performance.These Carbon Fiber Shoe Insoles offer cutting-edge support, superior durability, and innovative features tailored for athletes, professionals, and everyday wearers.
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