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Detailed Description:
1. Antibacterial Moisture-Wicking Surface Layer
The top layer is made of a specialized antibacterial and moisture-wicking fabric that is eco-friendly, durable, and highly breathable. The surface features a cross-perforation structure combined with antibacterial fibers, allowing sweat to quickly pass through the fabric while maintaining excellent breathability. This layer ensures over 95% breathability and wicks moisture within 1-3 seconds, keeping the surface dry and odor-free, which is particularly beneficial during extended physical activities.
2. 3D-Printed Breathable Layer
Constructed with 99% antibacterial TPU (thermoplastic polyurethane), this layer combines softness, elasticity, and durability. Its multi-layer micro-porous design incorporates over 2.3 million air channels, with a porosity rate of 65-75%. The advanced 3D printing technology enables personalized contours for better ergonomic support. This layer enhances air circulation, ensures quick sweat evaporation, and prevents bacterial growth, providing lightweight comfort and temperature regulation.
3. Moisture-Absorbing & Massage Layer
This layer features high-performance foam with an open-cell structure capable of absorbing 280% of its weight in moisture. The surface design incorporates pyramid-shaped structures that maximize contact with the foot while creating microchannels for uniform moisture dispersion. The pyramid texture not only facilitates rapid sweat absorption but also provides a light massage effect, stimulating blood circulation and reducing foot fatigue during extended use.
4. Quick-Drying Layer
The quick-drying layer incorporates 800-1000 drainage holes combined with a 3D-printed Laval airflow system. This design accelerates water drainage and sweat evaporation, ensuring the insole remains dry after washing. The airflow dynamics effectively prevent moisture buildup, allowing users to wear the insoles immediately after cleaning.
5. Automatic Air-Drying System
At the core of the insole lies an innovative airflow drying system consisting of 32 airbags, 12 airflow channels, and over 2000 micro Laval structures. Every step generates 4-6ml of airflow, powered by foot pressure and natural body heat (42-45°C). This system accelerates moisture evaporation, maintaining a dry and comfortable environment throughout the day, significantly reducing discomfort caused by sweat during physical activities.
6. Customizable Functional Inserts
The insoles support customizable inserts made from Ortholite foam, high-rebound materials, ACF advanced shock-absorbing foam, and silicone. These inserts are tailored for specific needs:
o High-Arch Support: Ideal for athletes needing extra stability.
o Shock Absorption: Reduces foot and knee impact, minimizing fatigue.
o High Rebound: Enhances flexibility and energy return for dynamic movements.
Custom inserts can be mixed and matched to suit various usage scenarios, ensuring personalized comfort.
7. Health Therapy Features
Jet Breathable Insoles can incorporate health therapy materials, such as energy chips, magnetic plates, and terahertz therapy elements. These materials are integrated into the central air pocket for maximum effect. They promote blood circulation, relieve fatigue, and balance energy levels by releasing negative ions, enhancing overall well-being during extended wear.
8. Medicinal Patches Functionality
The insoles feature specialized compartments that hold medicinal patches, releasing active ingredients through foot heat and pressure. This functionality supports targeted health treatments, such as pain relief, muscle recovery, or weight management, offering a unique combination of footwear comfort and health management.
9. Smart Arch Support & Carbon Fiber Stability
Designed with ergonomic arch grooves and customizable support, these insoles accommodate various foot types, including flat feet, wide feet, or narrow arches. Integrated carbon fiber plates provide superior torsional stability, preventing arch collapse and offering anti-twist support during intense activities. This feature ensures long-term comfort and reduces fatigue, making the insoles ideal for athletic and casual wear.
The Jet Breathable Insoles combine advanced breathability, moisture management, and ergonomic support with customizable health-enhancing features, offering a comprehensive solution for comfort, performance, and foot health.
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Detailed Description
Key Features
1. Antibacterial Moisture-Wicking Surface Layer
The top layer is made of a specialized antibacterial and moisture-wicking fabric that is eco-friendly, durable, and highly breathable. The surface features a cross-perforation structure combined with antibacterial fibers, allowing sweat to quickly pass through the fabric while maintaining excellent breathability. This layer ensures over 95% breathability and wicks moisture within 1-3 seconds, keeping the surface dry and odor-free, which is particularly beneficial during extended physical activities.
2. 3D-Printed Breathable Layer
Constructed with 99% antibacterial TPU (thermoplastic polyurethane), this layer combines softness, elasticity, and durability. Its multi-layer micro-porous design incorporates over 2.3 million air channels, with a porosity rate of 65-75%. The advanced 3D printing technology enables personalized contours for better ergonomic support. This layer enhances air circulation, ensures quick sweat evaporation, and prevents bacterial growth, providing lightweight comfort and temperature regulation.
3. Moisture-Absorbing & Massage Layer
This layer features high-performance foam with an open-cell structure capable of absorbing 280% of its weight in moisture. The surface design incorporates pyramid-shaped structures that maximize contact with the foot while creating microchannels for uniform moisture dispersion. The pyramid texture not only facilitates rapid sweat absorption but also provides a light massage effect, stimulating blood circulation and reducing foot fatigue during extended use.
4. Quick-Drying Layer
The quick-drying layer incorporates 800-1000 drainage holes combined with a 3D-printed Laval airflow system. This design accelerates water drainage and sweat evaporation, ensuring the insole remains dry after washing. The airflow dynamics effectively prevent moisture buildup, allowing users to wear the insoles immediately after cleaning.
5. Automatic Air-Drying System
At the core of the insole lies an innovative airflow drying system consisting of 32 airbags, 12 airflow channels, and over 2000 micro Laval structures. Every step generates 4-6ml of airflow, powered by foot pressure and natural body heat (42-45°C). This system accelerates moisture evaporation, maintaining a dry and comfortable environment throughout the day, significantly reducing discomfort caused by sweat during physical activities.
6. Customizable Functional Inserts
The insoles support customizable inserts made from Ortholite foam, high-rebound materials, ACF advanced shock-absorbing foam, and silicone. These inserts are tailored for specific needs:
o High-Arch Support: Ideal for athletes needing extra stability.
o Shock Absorption: Reduces foot and knee impact, minimizing fatigue.
o High Rebound: Enhances flexibility and energy return for dynamic movements.
Custom inserts can be mixed and matched to suit various usage scenarios, ensuring personalized comfort.
7. Health Therapy Features
Jet Breathable Insoles can incorporate health therapy materials, such as energy chips, magnetic plates, and terahertz therapy elements. These materials are integrated into the central air pocket for maximum effect. They promote blood circulation, relieve fatigue, and balance energy levels by releasing negative ions, enhancing overall well-being during extended wear.
8. Medicinal Patches Functionality
The insoles feature specialized compartments that hold medicinal patches, releasing active ingredients through foot heat and pressure. This functionality supports targeted health treatments, such as pain relief, muscle recovery, or weight management, offering a unique combination of footwear comfort and health management.
9. Smart Arch Support & Carbon Fiber Stability
Designed with ergonomic arch grooves and customizable support, these insoles accommodate various foot types, including flat feet, wide feet, or narrow arches. Integrated carbon fiber plates provide superior torsional stability, preventing arch collapse and offering anti-twist support during intense activities. This feature ensures long-term comfort and reduces fatigue, making the insoles ideal for athletic and casual wear.
The Jet Breathable Insoles combine advanced breathability, moisture management, and ergonomic support with customizable health-enhancing features, offering a comprehensive solution for comfort, performance, and foot health.
| Feature | Description |
| 1. Antibacterial Moisture-Wicking Surface Layer | - Material: Special antibacterial and moisture-wicking fabric, eco-friendly, durable, and highly breathable. - Design: Cross-perforation structure combined with antibacterial fibers effectively absorbs sweat and ensures breathability. - Benefits: Maintains 95%+ breathability, wicks moisture in 1-3 seconds, and reduces odor-causing bacteria for clean and fresh feet. |
| 2. 3D-Printed Breathable Layer | - Material: Made from 99% antibacterial TPU. - Design: Features a multi-layer, micro-porous structure with 65-75% porosity and over 2.3 million air channels. - Benefits: Provides lightweight breathability, sweat evaporation, and reduces bacterial growth while enhancing foot comfort through cushioning. |
| 3. Moisture-Absorbing & Massage Layer | - Material: High-performance foam with an open-cell structure (280% absorption rate). - Design: Pyramid-shaped surface increases contact area and integrates microchannels for uniform moisture distribution. - Benefits: Provides quick moisture absorption, light massage to stimulate blood circulation, and effective pressure dispersion. |
| 4. Quick-Drying Layer | - Material & Design: Equipped with 800-1000 drainage holes and integrated 3D-printed Laval airflow system. - Benefits: Enhances water drainage, accelerates sweat evaporation, and ensures the insole stays dry after cleaning, enabling immediate wear. |
| 5. Automatic Air-Drying System | - Design: Consists of 32 airbags, 12 airflow channels, and 2000+ micro Laval airflow structures. Each step generates airflow (4-6ml). - Benefits: Uses foot pressure and body heat (42-45°C) to promote evaporation, ensuring rapid drying and eliminating moisture buildup. |
| 6. Customizable Functional Inserts | - Material Options: Includes Ortholite foam, high-rebound materials, ACF advanced shock-absorbing foam, and silicone. - Benefits: Custom inserts for arch support, shock absorption, and energy return to cater to athletic, casual, and recovery needs. |
| 7. Health Therapy Features | - Materials: Optional energy chips, magnetic plates, or terahertz therapy elements. - Design: Positioned within a central air pocket for optimal effect. - Benefits: Promotes blood circulation, relieves fatigue, reduces bacterial growth, and balances energy levels through negative ion release. |
| 8. Medicinal Patches Functionality | - Design: Integrated compartments allow placement of medicinal patches that release active ingredients through heat and pressure. - Benefits: Supports targeted health goals, such as muscle pain relief, weight loss, or post-sport recovery. |
| 9. Smart Arch Support & Carbon Fiber Stability | - Design: Ergonomically designed arch grooves and customizable arch support for various foot types. Integrated carbon fiber plate enhances torsional stability. - Benefits: Ideal for flat feet, wide or narrow arches, providing anti-twist support and long-term comfort. |
This comprehensive design enhances breathability, moisture management, and dynamic comfort while maintaining stability for various foot types, ensuring all-day dryness and health benefits for users.
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