Features:
1. Antibacterial and Moisture-Wicking Surface Layer
Material: Special antibacterial, moisture-wicking fabric, durable, eco-friendly, and highly breathable.
Design Features:
· Cross-pore structure with 50-60% porosity and over 95% moisture permeability.
· Antibacterial-treated fibers prevent bacterial growth and odor formation.
Benefits:
· Quickly absorbs sweat within 1-3 seconds, keeping the surface dry during activities.
· Antibacterial and anti-mold properties ensure hygiene and odor-free comfort during extended wear.
2. 3D Printed Breathable Layer
Material: 99% antibacterial TPU (Thermoplastic Polyurethane) for durability, flexibility, and health protection.
Design Features:
· 65-75% porosity with over 2.3 million micro-pores ensuring optimal airflow.
· Multi-layered 3D printed design offers superior support and shock absorption.
Benefits:
· Continuous breathability for fast sweat evaporation, keeping feet dry.
· Antibacterial protection reduces bacterial growth and odors.
· Soft cushioning reduces foot pressure, ensuring comfort during intense activities.
3. Moisture Absorption & Massage Layer
Material: High-absorption open-cell foam with a 280% water absorption rate.
Design Features:
· Pyramid-shaped protrusions increase surface contact for faster moisture absorption.
· Microchannels allow even moisture diffusion across the insole.
Benefits:
· Quickly absorbs moisture, ensuring dryness.
· Gentle massage effect stimulates nerves and improves blood circulation.
· Pressure distribution reduces fatigue and increases comfort.
4. Quick-Drying Layer
Material & Design: 800-1000 specially designed drainage holes combined with 3D-printed Laval airflow system.
Benefits:
· Quickly drains moisture, allowing the insole to dry immediately after washing.
· Laval system accelerates airflow, ensuring consistent dryness.
· Prevents bacterial growth, keeping the foot environment clean and healthy.
5. Automatic Air-Drying System
Design: Equipped with 32 air pockets, 12 airflow channels, and over 2000 Laval microstructures.
Working Principle:
· With each step, 4-6ml of airflow is generated, aided by body pressure and heat (42-45°C), promoting moisture evaporation.
Benefits:
· Automatically removes moisture during walking or running, keeping feet dry.
· High airflow expels odor and enhances comfort during long use.
6. 3D Odor-Removing Balls
Material: 3D printed micro-pores filled with natural odor-removing balls made of eco-friendly active materials.
Benefits:
· Absorbs and eliminates odor molecules, releasing fresh air with every step.
· Combined with breathable design, odors are continuously reduced.
· Natural, chemical-free, and safe for long-term use.
7. Customizable Functional Inserts
Material Options: Ortholite foam, ACF (Advanced Cushioning Foam), Super GEL, and high-rebound materials.
Benefits:
· High Support Inserts: Provides enhanced arch support, ideal for athletes.
· Shock Absorption Inserts: Reduces impact on knees and feet during intense movement.
· High-Rebound Inserts: Improves flexibility and energy return for a lighter step.
· Inserts can be mixed and matched for specific use cases and activities.
8. Therapeutic Health Features
Materials: Optional additions like energy chips, magnetic therapy, and negative ion technology.
Design: Therapy elements are embedded in central air pockets for maximum effectiveness.
Benefits:
· Promotes blood circulation and reduces fatigue.
· Antibacterial ion balls prevent bacterial growth and maintain freshness.
· Releases negative ions for stress relief and energy balance.
9. Ergonomic Arch Support & Carbon Stability Layer
Design: Biomechanically designed arch grooves and 3D-printed support points adapt to different foot shapes.
Material: Integrated carbon fiber board for superior stability and energy efficiency.
Benefits:
· Arch Support: Relieves fatigue, especially for flat-footed individuals.
· Stability: Carbon plate prevents twisting and enhances foot balance.
· Customized Comfort: Self-adaptive grooves ensure a personalized fit for wide and narrow feet.
Summary
The Remove Smelly & Stinky Odor with Breathable Shoe Insoles combine advanced antibacterial technology, 3D printing design, odor-removing elements, and ergonomic support. Key features include automatic moisture and odor removal, air circulation systems, customizable inserts, and therapeutic options. These insoles are ideal for maintaining dry, odor-free, and healthy feet during daily wear or sports activities.
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Features
Specification
1. Antibacterial and Moisture-Wicking Surface Layer
Material: Special antibacterial, moisture-wicking fabric, durable, eco-friendly, and highly breathable.
Design Features:
· Cross-pore structure with 50-60% porosity and over 95% moisture permeability.
· Antibacterial-treated fibers prevent bacterial growth and odor formation.
Benefits:
· Quickly absorbs sweat within 1-3 seconds, keeping the surface dry during activities.
· Antibacterial and anti-mold properties ensure hygiene and odor-free comfort during extended wear.
2. 3D Printed Breathable Layer
Material: 99% antibacterial TPU (Thermoplastic Polyurethane) for durability, flexibility, and health protection.
Design Features:
· 65-75% porosity with over 2.3 million micro-pores ensuring optimal airflow.
· Multi-layered 3D printed design offers superior support and shock absorption.
Benefits:
· Continuous breathability for fast sweat evaporation, keeping feet dry.
· Antibacterial protection reduces bacterial growth and odors.
· Soft cushioning reduces foot pressure, ensuring comfort during intense activities.
3. Moisture Absorption & Massage Layer
Material: High-absorption open-cell foam with a 280% water absorption rate.
Design Features:
· Pyramid-shaped protrusions increase surface contact for faster moisture absorption.
· Microchannels allow even moisture diffusion across the insole.
Benefits:
· Quickly absorbs moisture, ensuring dryness.
· Gentle massage effect stimulates nerves and improves blood circulation.
· Pressure distribution reduces fatigue and increases comfort.
4. Quick-Drying Layer
Material & Design: 800-1000 specially designed drainage holes combined with 3D-printed Laval airflow system.
Benefits:
· Quickly drains moisture, allowing the insole to dry immediately after washing.
· Laval system accelerates airflow, ensuring consistent dryness.
· Prevents bacterial growth, keeping the foot environment clean and healthy.
5. Automatic Air-Drying System
Design: Equipped with 32 air pockets, 12 airflow channels, and over 2000 Laval microstructures.
Working Principle:
· With each step, 4-6ml of airflow is generated, aided by body pressure and heat (42-45°C), promoting moisture evaporation.
Benefits:
· Automatically removes moisture during walking or running, keeping feet dry.
· High airflow expels odor and enhances comfort during long use.
6. 3D Odor-Removing Balls
Material: 3D printed micro-pores filled with natural odor-removing balls made of eco-friendly active materials.
Benefits:
· Absorbs and eliminates odor molecules, releasing fresh air with every step.
· Combined with breathable design, odors are continuously reduced.
· Natural, chemical-free, and safe for long-term use.
7. Customizable Functional Inserts
Material Options: Ortholite foam, ACF (Advanced Cushioning Foam), Super GEL, and high-rebound materials.
Benefits:
· High Support Inserts: Provides enhanced arch support, ideal for athletes.
· Shock Absorption Inserts: Reduces impact on knees and feet during intense movement.
· High-Rebound Inserts: Improves flexibility and energy return for a lighter step.
· Inserts can be mixed and matched for specific use cases and activities.
8. Therapeutic Health Features
Materials: Optional additions like energy chips, magnetic therapy, and negative ion technology.
Design: Therapy elements are embedded in central air pockets for maximum effectiveness.
Benefits:
· Promotes blood circulation and reduces fatigue.
· Antibacterial ion balls prevent bacterial growth and maintain freshness.
· Releases negative ions for stress relief and energy balance.
9. Ergonomic Arch Support & Carbon Stability Layer
Design: Biomechanically designed arch grooves and 3D-printed support points adapt to different foot shapes.
Material: Integrated carbon fiber board for superior stability and energy efficiency.
Benefits:
· Arch Support: Relieves fatigue, especially for flat-footed individuals.
· Stability: Carbon plate prevents twisting and enhances foot balance.
· Customized Comfort: Self-adaptive grooves ensure a personalized fit for wide and narrow feet.
Summary
The Remove Smelly & Stinky Odor with Breathable Shoe Insoles combine advanced antibacterial technology, 3D printing design, odor-removing elements, and ergonomic support. Key features include automatic moisture and odor removal, air circulation systems, customizable inserts, and therapeutic options. These insoles are ideal for maintaining dry, odor-free, and healthy feet during daily wear or sports activities.
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Here is a copyable table format that highlights the features of the Remove Smelly & Stinky Odor with Breathable Insoles:
Feature | Material/Design | Benefits |
Antibacterial & Moisture-Wicking Surface | Special antibacterial, moisture-wicking fabric with 50-60% porosity and 95% moisture permeability. | - Rapidly absorbs sweat in 1-3 seconds. - Keeps the surface dry and odor-free. - Prevents bacterial growth and odor. |
3D Printed Breathable Layer | 99% antibacterial TPU with 2.3 million micro-pores and 65-75% porosity. Multi-layer 3D printed structure. | - Ensures continuous airflow for fast moisture evaporation. - Reduces pressure and enhances comfort. - Controls bacteria and odor. |
Moisture Absorption & Massage Layer | Open-cell foam with 280% water absorption rate and pyramid-shaped surface structure. | - Quickly absorbs and locks sweat. - Provides gentle massage to stimulate blood circulation. - Distributes pressure evenly. |
Quick-Drying Drainage Layer | 800-1000 drainage holes combined with a 3D-printed Laval airflow system for moisture control. | - Rapidly expels water to dry instantly. - Prevents moisture retention and bacterial growth. |
Automatic Air-Drying System | 32 air pockets, 12 airflow channels, and 2000+ Laval microstructures to generate airflow with movement. | - Generates airflow (4-6ml/step) to dry moisture. - Actively removes sweat and reduces odor during walking. |
3D Odor-Removing Balls | Eco-friendly, natural odor-removal balls embedded within 3D micro-pore structure. | - Eliminates odor molecules naturally. - Releases fresh air with every step. - Safe and chemical-free. |
Customizable Functional Inserts | Ortholite foam, ACF (Advanced Cushioning Foam), Super GEL, and high-rebound materials. | - High support for arch stability. - Shock absorption to reduce fatigue. - High rebound for energy return. |
Therapeutic Health Features | Optional energy chips, magnetic therapy, and negative ion elements embedded in air pockets. | - Promotes blood circulation and reduces fatigue. - Releases negative ions for stress relief. - Prevents bacteria growth. |
Ergonomic Arch Support & Stability | Biomechanically designed grooves and integrated carbon fiber board for arch support and anti-twist stability. | - Relieves fatigue for flat feet. - Provides stability and balance. - Fits wide/narrow foot shapes comfortably. |
Key Notes:
1. Copyable Format: The above table can be copied into Word, Excel, or other editing software for easy modifications or sharing.
2. Clear Layout: Each feature is described with its materials/design and corresponding benefits.
3. Highlight Strengths: The table showcases the insole's advanced odor control, ergonomic design, and therapeutic benefits.
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