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About this Item:
1. Antibacterial & Moisture-Wicking Top Layer
· Material: Special antibacterial, moisture-wicking fabric treated for water resistance and mold prevention.
· Properties: The top layer features a cross-perforated structure with antibacterial-treated fibers, providing high breathability and moisture absorption.
· Design Features:
o Porosity: 50-60% perforation for superior breathability.
o Quick Absorption: Absorbs sweat within 1-3 seconds, keeping feet dry during
strenuous activities.
o Odor Prevention: Antibacterial treatment suppresses bacteria and odors,
ensuring hygiene and comfort during extended wear.
2. 3D Printed Breathable Layer
· Material: 99% antibacterial TPU (Thermoplastic Polyurethane).
· Properties: Combines flexibility, durability, and antibacterial features.
· Design Features:
o Micro-Perforation: Over 2.3 million micropores ensure exceptional
breathability and air circulation.
o Multi-Layer Structure: Provides customized support and cushioning,
enhancing airflow and comfort.
o Customization: 3D printing allows personalized designs for optimal foot
ergonomics.
· Advantages:
o Continuous airflow for moisture evaporation.
o Antibacterial elements combat odors.
o Enhanced shock absorption and ergonomic fit.
3. Moisture Absorption & Massage Layer
· Material: Open-cell foam with 280% water absorption rate.
· Design Features:
o Pyramid Surface Structure: Maximizes foot contact area for efficient sweat
absorption.
o Microchannels: Promotes horizontal diffusion of moisture for even
absorption.
· Functional Benefits:
o Fast Moisture Absorption: Keeps feet dry under high activity.
o Gentle Massage: Pyramid texture provides subtle foot massages, stimulating
blood circulation.
o Pressure Distribution: Reduces concentrated pressure points for enhanced
comfort.
4. Quick-Dry System Layer
· Material & Design: Features 800-1000 drainage channels integrated with 3D-printed Laval airflow technology.
· Advantages:
o Rapid Drying: Accelerates water drainage, ensuring insoles are wearable
immediately after washing.
o Airflow Optimization: Laval airflow system enhances moisture
evaporation.
o Hygiene Maintenance: Prevents bacterial buildup through efficient
drainage.
5. Auto-Drying Airflow System
· Structure: 32 airbags, 12 drainage channels, and over 2000 3D-printed Laval microstructures.
· Mechanism:
o Each step generates 4-6 mL of airflow.
o Combined with body heat (42-45°C), moisture evaporates rapidly.
· Benefits:
o Continuous air circulation keeps feet cool and dry.
o Reduces moisture-related discomfort during high-intensity use.
6. Customizable Function Pads
· Materials:
o Ortholite Foam: For superior cushioning.
o ACF Foam: Advanced shock absorption.
o High Rebound Material: Enhances flexibility and energy return.
o Silicone: Provides firm support.
· Functionality:
o Arch Support Inserts: Tailored for athletes needing enhanced arch
stability.
o Shock Absorption Inserts: Protect joints from impact.
o High Rebound Inserts: Promote agility and energy return.
o Modular pads can be mixed to suit diverse activity needs.
7. Health Therapy Integration
· Optional Features:
o Energy chips, magnetic inserts, and far-infrared therapy elements can be embedded for health benefits.
· Benefits:
o Promotes blood circulation and reduces foot fatigue.
o Negative ion emission for stress relief and energy balance.
o Antibacterial ionic spheres for odor control.
8. Puncture-Resistant Carbon Fiber Layer
· Material: Fire and water-resistant carbon fiber board.
· Properties:
o Superior durability and puncture resistance.
o Enhances foot safety during extreme activities or rough terrains.
· Design:
o Lightweight and thin construction ensures comfort without added bulk.
o Provides structural stability and anti-twist support.
9. Intelligent Arch Support & Stability
· Features:
o Ergonomically designed arch grooves and ridges adapt to different foot
types.
o Deep U-wall heel cup and arch support offer customized balance and
alignment.
o Carbon fiber integration enhances torsional stability, preventing
overpronation.
· Benefits:
o Ideal for flat-footed users and athletes requiring enhanced support.
o Promotes balance and reduces fatigue during prolonged activity.
This comprehensive design and performance-oriented structure ensure the Fire Water Puncture Resistant Insoles deliver unmatched durability, breathability, and comfort across diverse use cases. The combination of advanced materials and innovative features makes them ideal for athletes, outdoor enthusiasts, and individuals seeking premium foot care
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About this Item
Specification
1. Antibacterial & Moisture-Wicking Top Layer
· Material: Special antibacterial, moisture-wicking fabric treated for water resistance and mold prevention.
· Properties: The top layer features a cross-perforated structure with antibacterial-treated fibers, providing high breathability and moisture absorption.
· Design Features:
o Porosity: 50-60% perforation for superior breathability.
o Quick Absorption: Absorbs sweat within 1-3 seconds, keeping feet dry during
strenuous activities.
o Odor Prevention: Antibacterial treatment suppresses bacteria and odors,
ensuring hygiene and comfort during extended wear.
2. 3D Printed Breathable Layer
· Material: 99% antibacterial TPU (Thermoplastic Polyurethane).
· Properties: Combines flexibility, durability, and antibacterial features.
· Design Features:
o Micro-Perforation: Over 2.3 million micropores ensure exceptional
breathability and air circulation.
o Multi-Layer Structure: Provides customized support and cushioning,
enhancing airflow and comfort.
o Customization: 3D printing allows personalized designs for optimal foot
ergonomics.
· Advantages:
o Continuous airflow for moisture evaporation.
o Antibacterial elements combat odors.
o Enhanced shock absorption and ergonomic fit.
3. Moisture Absorption & Massage Layer
· Material: Open-cell foam with 280% water absorption rate.
· Design Features:
o Pyramid Surface Structure: Maximizes foot contact area for efficient sweat
absorption.
o Microchannels: Promotes horizontal diffusion of moisture for even
absorption.
· Functional Benefits:
o Fast Moisture Absorption: Keeps feet dry under high activity.
o Gentle Massage: Pyramid texture provides subtle foot massages, stimulating
blood circulation.
o Pressure Distribution: Reduces concentrated pressure points for enhanced
comfort.
4. Quick-Dry System Layer
· Material & Design: Features 800-1000 drainage channels integrated with 3D-printed Laval airflow technology.
· Advantages:
o Rapid Drying: Accelerates water drainage, ensuring insoles are wearable
immediately after washing.
o Airflow Optimization: Laval airflow system enhances moisture
evaporation.
o Hygiene Maintenance: Prevents bacterial buildup through efficient
drainage.
5. Auto-Drying Airflow System
· Structure: 32 airbags, 12 drainage channels, and over 2000 3D-printed Laval microstructures.
· Mechanism:
o Each step generates 4-6 mL of airflow.
o Combined with body heat (42-45°C), moisture evaporates rapidly.
· Benefits:
o Continuous air circulation keeps feet cool and dry.
o Reduces moisture-related discomfort during high-intensity use.
6. Customizable Function Pads
· Materials:
o Ortholite Foam: For superior cushioning.
o ACF Foam: Advanced shock absorption.
o High Rebound Material: Enhances flexibility and energy return.
o Silicone: Provides firm support.
· Functionality:
o Arch Support Inserts: Tailored for athletes needing enhanced arch
stability.
o Shock Absorption Inserts: Protect joints from impact.
o High Rebound Inserts: Promote agility and energy return.
o Modular pads can be mixed to suit diverse activity needs.
7. Health Therapy Integration
· Optional Features:
o Energy chips, magnetic inserts, and far-infrared therapy elements can be embedded for health benefits.
· Benefits:
o Promotes blood circulation and reduces foot fatigue.
o Negative ion emission for stress relief and energy balance.
o Antibacterial ionic spheres for odor control.
8. Puncture-Resistant Carbon Fiber Layer
· Material: Fire and water-resistant carbon fiber board.
· Properties:
o Superior durability and puncture resistance.
o Enhances foot safety during extreme activities or rough terrains.
· Design:
o Lightweight and thin construction ensures comfort without added bulk.
o Provides structural stability and anti-twist support.
9. Intelligent Arch Support & Stability
· Features:
o Ergonomically designed arch grooves and ridges adapt to different foot
types.
o Deep U-wall heel cup and arch support offer customized balance and
alignment.
o Carbon fiber integration enhances torsional stability, preventing
overpronation.
· Benefits:
o Ideal for flat-footed users and athletes requiring enhanced support.
o Promotes balance and reduces fatigue during prolonged activity.
This comprehensive design and performance-oriented structure ensure the Fire Water Puncture Resistant Insoles deliver unmatched durability, breathability, and comfort across diverse use cases. The combination of advanced materials and innovative features makes them ideal for athletes, outdoor enthusiasts, and individuals seeking premium foot care
Below is the table-based description of Fire Water Puncture Resistant Insoles, combining their features and functionalities:
| Feature | Material | Design Characteristics | Functional Benefits |
| 1. Antibacterial & Moisture-Wicking Top Layer | Special antibacterial, moisture-wicking fabric | - Cross-perforated structure with 50-60% porosity. - Treated for water resistance and mold prevention. | - Quickly absorbs sweat within 1-3 seconds. - Keeps feet dry during activity. - Suppresses odor and bacterial growth. |
| 2. 3D Printed Breathable Layer | 99% antibacterial TPU | - Over 2.3 million micro-perforations. - Multi-layer structure for customized cushioning. - Lightweight and durable. | - Ensures continuous airflow for sweat evaporation. - Reduces foot odors. - Provides personalized ergonomic fit. |
| 3. Moisture Absorption & Massage Layer | Open-cell foam (280% absorption rate) | - Pyramid surface structure for increased contact. - Microchannel design for horizontal moisture diffusion. | - Rapid moisture absorption. - Provides gentle massage to stimulate blood circulation. - Evenly distributes pressure. |
| 4. Quick-Dry System Layer | Advanced 3D Laval airflow system | - 800-1000 drainage channels integrated with Laval microstructures. | - Accelerates water drainage post-washing. - Enhances airflow for moisture evaporation. - Prevents bacterial growth. |
| 5. Auto-Drying Airflow System | 3D-printed Laval airflow with air chambers | - 32 airbags, 12 airflow channels, and 2000+ microstructures. - Generates airflow (4-6 mL) with each step. | - Ensures rapid moisture evaporation. - Keeps insoles dry during intense activities. - Promotes foot comfort. |
| 6. Customizable Function Pads | Ortholite Foam, ACF Foam, High-Rebound, Silicone | - Interchangeable modular inserts. - Includes options for arch support, shock absorption, and flexibility. | - Tailored support for specific needs (e.g., arch stability). - Reduces joint fatigue. - Enhances energy return. |
| 7. Health Therapy Integration | Energy chips, magnets, far-infrared therapy | - Customizable therapy features embedded into independent chambers. | - Promotes blood circulation. - Reduces fatigue. - Stress relief through negative ion release and antibacterial care. |
| 8. Puncture-Resistant Carbon Fiber Layer | Fire and water-resistant carbon fiber board | - Lightweight yet highly durable layer. - Anti-twist structural reinforcement. | - Protects feet from punctures and extreme conditions. - Enhances torsional stability and safety. |
| 9. Intelligent Arch Support & Stability | Ergonomic U-wall heel cup and arch grooves | - Adaptive design for flat, wide, or narrow feet. - Integrated carbon plate for additional support. | - Improves balance and alignment. - Prevents overpronation. - Reduces fatigue for prolonged wear. |
This table consolidates the Fire Water Puncture Resistant Insoles’ unique attributes, materials, and performance benefits for easy reference and marketing use.
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