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About this Item:
1. Antibacterial and Breathable Top Layer
· Material: Special antibacterial, breathable fabric with water and mildew resistance.
· Material Characteristics: Cross-structured fibers with antibacterial treatment ensure exceptional breathability and moisture absorption.
· Design Features:
o Porosity: 50-60% air permeability and over 95% moisture evaporation
rate.
o Fast Absorption: Sweat is absorbed within 1-3 seconds to keep feet dry.
o Antibacterial Protection: Reduces odor and bacterial growth, ideal for long
hiking sessions.
2. 3D Printed Breathable Layer
· Material: 99% antibacterial TPU with superior durability and elasticity.
· Material Characteristics: Soft, flexible, and includes antimicrobial agents for hygiene.
· Design Features:
o Micro-Perforations: 65-75% porosity with 1.2mm thickness, allowing
continuous air circulation.
o Multi-Layered Support: Provides shock absorption and airflow for
comfort.
o Customization: Tailored to individual foot shapes for ergonomic
support.
· Benefits: Enhanced ventilation, sweat evaporation, and pressure relief
during long hikes.
3. Moisture Absorption and Massage Layer
· Material: High-efficiency open-cell foam with a 280% moisture absorption rate.
· Design Features:
o Pyramid Surface: Increases contact area, enhancing sweat absorption.
o Micro-Channels: Promotes even moisture dispersion across the insole.
· Benefits:
o Fast Moisture Wicking: Keeps feet dry during long treks.
o Massage Effect: Pyramid design massages the soles, improving circulation
and reducing fatigue.
o Pressure Distribution: Reduces concentrated stress points for better
comfort.
4. Quick-Dry Drainage System
· Material and Design: Features 800-1000 specially engineered drain holes combined with a 3D Laval System for rapid water release.
· Benefits:
o Instant Drying: Quick drainage ensures the insoles dry immediately after
moisture exposure.
o Hygienic: Prevents bacterial growth, ideal for damp environments during
hiking.
5. Automatic Air-Drying System
· Design: Incorporates 32 airbags, 12 air channels, and over 2000 micro-scale Laval structures.
· Working Principle:
o Pressure-Driven Airflow: Each step generates airflow (4-6ml), aided by body
heat (42-45°C), to evaporate moisture.
· Benefits:
o Rapid Moisture Evaporation: Keeps feet fresh and dry.
o Comfort: Reduces the sensation of dampness during hiking sessions.
6. Customizable Functional Pads
· Material Options: Includes Ortholite foam, ACF (Advanced Cushion Foam), silicone, and high-rebound materials.
· Functionality:
o High Support Pads: Enhanced arch support for foot stability on rough
terrain.
o Shock Absorption Pads: Reduces impact on knees and feet.
o High-Rebound Pads: Improves energy return with each step.
· Customization: Mix and match pads to suit specific hiking needs.
7. Health Therapy Features
· Material Add-ons: Energy chips, magnets, and far-infrared materials for therapeutic benefits.
· Design Features:
o Central Airbags: Safely house therapeutic components for optimal
results.
· Benefits:
o Circulation Boost: Heat-activated materials improve blood flow, reducing
fatigue.
o Antibacterial Protection: Ionic spheres inhibit bacterial growth.
o Energy Balance: Releases negative ions for stress relief.
8. Medicinal Patch Application
· Functionality: Insoles can integrate health patches for pain relief, muscle recovery, or energy boosts.
· Working Mechanism: Heat-activated patches release active ingredients
absorbed through the skin during hikes.
· Benefits:
o Pain Relief: Reduces muscle and joint pain.
o Recovery Aid: Improves post-hike recovery for prolonged adventures.
9. Ergonomic Arch Support and Carbon Stability Plate
· Design Features:
o Arch Grooves: Anatomical arch support reduces fatigue and enhances
stability.
o Integrated Carbon Fiber: Provides structural stability and prevents foot
twisting on uneven trails.
· Suitability:
o Flat Feet: Arch support reduces strain and fatigue.
o Wide/Narrow Feet: Adaptive grooves ensure a custom fit for diverse foot
types.
These Hiking Shoe Insoles combine advanced moisture management, ergonomic support, and health-focused features to enhance comfort, durability, and performance for outdoor enthusiasts tackling long and rugged trails
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About this Item
Specification
1. Antibacterial and Breathable Top Layer
· Material: Special antibacterial, breathable fabric with water and mildew resistance.
· Material Characteristics: Cross-structured fibers with antibacterial treatment ensure exceptional breathability and moisture absorption.
· Design Features:
o Porosity: 50-60% air permeability and over 95% moisture evaporation
rate.
o Fast Absorption: Sweat is absorbed within 1-3 seconds to keep feet dry.
o Antibacterial Protection: Reduces odor and bacterial growth, ideal for long
hiking sessions.
2. 3D Printed Breathable Layer
· Material: 99% antibacterial TPU with superior durability and elasticity.
· Material Characteristics: Soft, flexible, and includes antimicrobial agents for hygiene.
· Design Features:
o Micro-Perforations: 65-75% porosity with 1.2mm thickness, allowing
continuous air circulation.
o Multi-Layered Support: Provides shock absorption and airflow for
comfort.
o Customization: Tailored to individual foot shapes for ergonomic
support.
· Benefits: Enhanced ventilation, sweat evaporation, and pressure relief
during long hikes.
3. Moisture Absorption and Massage Layer
· Material: High-efficiency open-cell foam with a 280% moisture absorption rate.
· Design Features:
o Pyramid Surface: Increases contact area, enhancing sweat absorption.
o Micro-Channels: Promotes even moisture dispersion across the insole.
· Benefits:
o Fast Moisture Wicking: Keeps feet dry during long treks.
o Massage Effect: Pyramid design massages the soles, improving circulation
and reducing fatigue.
o Pressure Distribution: Reduces concentrated stress points for better
comfort.
4. Quick-Dry Drainage System
· Material and Design: Features 800-1000 specially engineered drain holes combined with a 3D Laval System for rapid water release.
· Benefits:
o Instant Drying: Quick drainage ensures the insoles dry immediately after
moisture exposure.
o Hygienic: Prevents bacterial growth, ideal for damp environments during
hiking.
5. Automatic Air-Drying System
· Design: Incorporates 32 airbags, 12 air channels, and over 2000 micro-scale Laval structures.
· Working Principle:
o Pressure-Driven Airflow: Each step generates airflow (4-6ml), aided by body
heat (42-45°C), to evaporate moisture.
· Benefits:
o Rapid Moisture Evaporation: Keeps feet fresh and dry.
o Comfort: Reduces the sensation of dampness during hiking sessions.
6. Customizable Functional Pads
· Material Options: Includes Ortholite foam, ACF (Advanced Cushion Foam), silicone, and high-rebound materials.
· Functionality:
o High Support Pads: Enhanced arch support for foot stability on rough
terrain.
o Shock Absorption Pads: Reduces impact on knees and feet.
o High-Rebound Pads: Improves energy return with each step.
· Customization: Mix and match pads to suit specific hiking needs.
7. Health Therapy Features
· Material Add-ons: Energy chips, magnets, and far-infrared materials for therapeutic benefits.
· Design Features:
o Central Airbags: Safely house therapeutic components for optimal
results.
· Benefits:
o Circulation Boost: Heat-activated materials improve blood flow, reducing
fatigue.
o Antibacterial Protection: Ionic spheres inhibit bacterial growth.
o Energy Balance: Releases negative ions for stress relief.
8. Medicinal Patch Application
· Functionality: Insoles can integrate health patches for pain relief, muscle recovery, or energy boosts.
· Working Mechanism: Heat-activated patches release active ingredients
absorbed through the skin during hikes.
· Benefits:
o Pain Relief: Reduces muscle and joint pain.
o Recovery Aid: Improves post-hike recovery for prolonged adventures.
9. Ergonomic Arch Support and Carbon Stability Plate
· Design Features:
o Arch Grooves: Anatomical arch support reduces fatigue and enhances
stability.
o Integrated Carbon Fiber: Provides structural stability and prevents foot
twisting on uneven trails.
· Suitability:
o Flat Feet: Arch support reduces strain and fatigue.
o Wide/Narrow Feet: Adaptive grooves ensure a custom fit for diverse foot
types.
These Hiking Shoe Insoles combine advanced moisture management, ergonomic support, and health-focused features to enhance comfort, durability, and performance for outdoor enthusiasts tackling long and rugged trails
Here is the detailed description of Hiking Insoles presented in a table format:
| Feature | Description | Benefits |
| 1. Antibacterial Breathable Top Layer | - Material: Special antibacterial, breathable fabric treated for waterproofing and mildew resistance. - Structure: 50-60% porosity with cross-hole design. | - Quick Absorption: Absorbs sweat within 1-3 seconds. - Hygienic: Reduces bacteria and odors for long hiking sessions. |
| 2. 3D Printed Breathable Layer | - Material: 99% antibacterial TPU with elasticity and durability. - Structure: 65-75% porosity, 1.2mm thickness with over 2.3 million micro-pores. | - Air Circulation: Ensures continuous airflow. - Customization: Adapts to individual foot shapes. - Comfort: Reduces friction. |
| 3. Moisture Absorption & Massage Layer | - Material: High-efficiency open-cell foam (280% moisture absorption). - Design: Pyramid surface with micro-channels for even moisture distribution. | - Rapid Moisture Wicking: Keeps feet dry. - Massage Effect: Stimulates circulation. - Pressure Relief: Reduces strain. |
| 4. Quick-Dry Drainage System | - Design: 800-1000 drainage holes with 3D-printed Laval airflow structure. | - Instant Drying: Water quickly drains out. - Hygienic: Prevents bacterial growth in wet environments. |
| 5. Automatic Air-Drying System | - Design: 32 airbags, 12 air channels, and over 2000 Laval micro-structures generate airflow (4-6ml per step). | - Rapid Evaporation: Moisture evaporates quickly. - Dry Comfort: Prevents dampness during long hikes. |
| 6. Customizable Functional Pads | - Materials: Ortholite, ACF (Advanced Cushion Foam), silicone, high-rebound materials. - Design: Mix and match functional inserts. | - Shock Absorption: Reduces joint stress. - Arch Support: Enhances stability. - Energy Return: Improves step efficiency. |
| 7. Health Therapy Features | - Materials: Energy chips, magnets, and far-infrared elements. - Design: Central airbags house therapeutic components for maximum effectiveness. | - Blood Circulation: Heat activation boosts circulation. - Stress Relief: Negative ions reduce fatigue. |
| 8. Medicinal Patch Application | - Function: Integrates pain relief, muscle recovery, or energy patches. - Mechanism: Heat-activated patches release active ingredients. | - Pain Relief: Eases muscle fatigue and joint pain. - Recovery: Accelerates post-hike recovery. |
| 9. Ergonomic Arch Support & Stability | - Design: Anatomical arch grooves and carbon fiber stability plate for anti-twist support. - Adaptability: Suited for flat, wide, or narrow feet. | - Fatigue Reduction: Provides arch support for long hikes. - Stability: Prevents foot twisting on uneven terrain. |
This table effectively combines hiking insole features with their material properties, design elements, and specific benefits for outdoor activities.
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