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Running Insoles Features and Performance:
1. Antibacterial & Breathable Surface Layer
o Material: The top layer uses a special antibacterial breathable fabric made from waterproof and anti-mold treated fibers.
o Material Properties: The fabric has a porosity of 50-60% with a moisture permeability rate exceeding 95%. Sweat passes quickly through the cross-pore structure into the 3D breathable layer below, ensuring the surface remains dry.
o Design Features & Benefits:
● Quick Absorption: Absorbs sweat within 1-3 seconds during running.
● Hygiene & Odor Control: Antibacterial treatment ensures foot hygiene
and prevents odor buildup, even during long marathons.
2. 3D Printed Breathable Layer
o Material: Made from 99% antibacterial TPU, offering elasticity, durability, and bacterial resistance.
o Design Features:
● Microporous Structure: Contains over 2.3 million micropores with 65-75%
porosity, ensuring lightweight breathability.
● Layered Structure: Multiple 3D-printed layers enhance support, cushioning,
and airflow.
● Customizable Fit: 3D printing allows personalized designs based on foot
contour, optimizing comfort and fit.
o Benefits:
● Promotes continuous airflow, rapidly evaporates sweat, and regulates
temperature.
● Reduces foot pressure and absorbs shock during intense running.
● Effectively prevents odor with antibacterial protection.
3. Moisture Absorption & Massage Layer
o Material: Open-cell foam with a water absorption capacity of up to 280%.
o Design Features:
● Pyramid Surface Structure: The surface is designed with pyramid-shaped
protrusions that increase the contact area for faster absorption.
● Microchannel Design: Sweat spreads horizontally through microchannels,
ensuring even moisture absorption across the entire insole.
o Benefits:
● Fast Moisture Wicking: Rapidly absorbs sweat, keeping feet dry.
● Gentle Massage: Pyramid structures stimulate the foot nerves, promoting
blood circulation and reducing fatigue.
● Pressure Distribution: Evenly disperses pressure points for a more
comfortable running experience.
4. Quick-Drying Layer
o Material & Design: Features 800-1000 precisely designed drainage holes integrated with a 3D-printed Laval airflow system to channel moisture downward.
o Benefits:
● Rapid Drying: Efficiently removes moisture, allowing the insoles to dry
quickly after washing.
● Prevent Seepage: Stops moisture from moving back up to the foot.
● Health Protection: Reduces bacterial growth and keeps feet healthy during
long-distance runs.
5. Automatic Air-Drying System
o Design: The bottom layer includes 32 airbags, 12 airflow channels, and 2000+ micro Laval structures, creating airflow with every step.
o Working Principle:
● Air Circulation: Each step generates 4-6 ml of airflow, which evaporates
moisture efficiently.
● Heat-Pressure Interaction: Combines body pressure and heat (42-45°C) to
enhance drying performance.
o Benefits:
● Keeps insoles consistently dry during long-distance running.
● Minimizes wetness discomfort and reduces foot fatigue.
6. Customizable Functional Inserts
o Material Options: Ortholite foam, ACF advanced shock-absorbing foam, high-rebound materials, and silicone.
o Functional Benefits:
● High Support Inserts: Provide firm arch support for runners needing extra
stability.
● Shock Absorption Inserts: Reduce impact on knees and feet during
long-distance runs, alleviating fatigue.
● High-Rebound Inserts: Boost energy return, creating a spring-like effect
for each stride.
o Combination Flexibility: Inserts can be customized for specific running
conditions or foot needs.
7. Therapeutic Health Features
o Optional Materials: Energy chips, magnetic therapy, and terahertz materials can be embedded into the insole.
o Design Feature: Independent airbag structure at the center of the insole ensures maximum therapeutic efficiency.
o Benefits:
● Promotes blood circulation and reduces muscle fatigue during extended
runs.
● Releases antibacterial ions to maintain freshness.
● Provides stress relief through negative ion balance, improving overall
running endurance.
8. Medicinal Patch Application
o Custom Function: Special airbag pockets are designed within the insole to carry medicinal patches.
o Mechanism: The foot's heat activates the patch, allowing active ingredients to be absorbed through the skin pores.
o Benefits:
● Targeted health support such as muscle relief, fatigue reduction, and
energy boost for runners.
● Enhances long-distance performance with personalized care solutions.
9. Intelligent Arch Support & Carbon Stability
o Design Features: Ergonomic arch grooves and protrusions provide dynamic arch support tailored to various foot types.
o Carbon Fiber Integration: A built-in carbon fiber board stabilizes the insole, improving running efficiency.
o Benefits:
● Flat-Foot Support: Reduces foot fatigue and provides necessary arch
support.
● Adaptive Fit: Suited for wide or narrow feet with its adaptive groove
structure.
● Stability & Efficiency: Prevents arch collapse, absorbs impact, and
ensures strong performance during long-distance running.
By combining these features, the Running Insoles provide unmatched breathability, moisture control, shock absorption, and customized support, ensuring maximum comfort and performance for runners.
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Running Insoles Features and Performance
1. Antibacterial & Breathable Surface Layer
o Material: The top layer uses a special antibacterial breathable fabric made from waterproof and anti-mold treated fibers.
o Material Properties: The fabric has a porosity of 50-60% with a moisture permeability rate exceeding 95%. Sweat passes quickly through the cross-pore structure into the 3D breathable layer below, ensuring the surface remains dry.
o Design Features & Benefits:
● Quick Absorption: Absorbs sweat within 1-3 seconds during running.
● Hygiene & Odor Control: Antibacterial treatment ensures foot hygiene
and prevents odor buildup, even during long marathons.
2. 3D Printed Breathable Layer
o Material: Made from 99% antibacterial TPU, offering elasticity, durability, and bacterial resistance.
o Design Features:
● Microporous Structure: Contains over 2.3 million micropores with 65-75%
porosity, ensuring lightweight breathability.
● Layered Structure: Multiple 3D-printed layers enhance support, cushioning,
and airflow.
● Customizable Fit: 3D printing allows personalized designs based on foot
contour, optimizing comfort and fit.
o Benefits:
● Promotes continuous airflow, rapidly evaporates sweat, and regulates
temperature.
● Reduces foot pressure and absorbs shock during intense running.
● Effectively prevents odor with antibacterial protection.
3. Moisture Absorption & Massage Layer
o Material: Open-cell foam with a water absorption capacity of up to 280%.
o Design Features:
● Pyramid Surface Structure: The surface is designed with pyramid-shaped
protrusions that increase the contact area for faster absorption.
● Microchannel Design: Sweat spreads horizontally through microchannels,
ensuring even moisture absorption across the entire insole.
o Benefits:
● Fast Moisture Wicking: Rapidly absorbs sweat, keeping feet dry.
● Gentle Massage: Pyramid structures stimulate the foot nerves, promoting
blood circulation and reducing fatigue.
● Pressure Distribution: Evenly disperses pressure points for a more
comfortable running experience.
4. Quick-Drying Layer
o Material & Design: Features 800-1000 precisely designed drainage holes integrated with a 3D-printed Laval airflow system to channel moisture downward.
o Benefits:
● Rapid Drying: Efficiently removes moisture, allowing the insoles to dry
quickly after washing.
● Prevent Seepage: Stops moisture from moving back up to the foot.
● Health Protection: Reduces bacterial growth and keeps feet healthy during
long-distance runs.
5. Automatic Air-Drying System
o Design: The bottom layer includes 32 airbags, 12 airflow channels, and 2000+ micro Laval structures, creating airflow with every step.
o Working Principle:
● Air Circulation: Each step generates 4-6 ml of airflow, which evaporates
moisture efficiently.
● Heat-Pressure Interaction: Combines body pressure and heat (42-45°C) to
enhance drying performance.
o Benefits:
● Keeps insoles consistently dry during long-distance running.
● Minimizes wetness discomfort and reduces foot fatigue.
6. Customizable Functional Inserts
o Material Options: Ortholite foam, ACF advanced shock-absorbing foam, high-rebound materials, and silicone.
o Functional Benefits:
● High Support Inserts: Provide firm arch support for runners needing extra
stability.
● Shock Absorption Inserts: Reduce impact on knees and feet during
long-distance runs, alleviating fatigue.
● High-Rebound Inserts: Boost energy return, creating a spring-like effect
for each stride.
o Combination Flexibility: Inserts can be customized for specific running
conditions or foot needs.
7. Therapeutic Health Features
o Optional Materials: Energy chips, magnetic therapy, and terahertz materials can be embedded into the insole.
o Design Feature: Independent airbag structure at the center of the insole ensures maximum therapeutic efficiency.
o Benefits:
● Promotes blood circulation and reduces muscle fatigue during extended
runs.
● Releases antibacterial ions to maintain freshness.
● Provides stress relief through negative ion balance, improving overall
running endurance.
8. Medicinal Patch Application
o Custom Function: Special airbag pockets are designed within the insole to carry medicinal patches.
o Mechanism: The foot's heat activates the patch, allowing active ingredients to be absorbed through the skin pores.
o Benefits:
● Targeted health support such as muscle relief, fatigue reduction, and
energy boost for runners.
● Enhances long-distance performance with personalized care solutions.
9. Intelligent Arch Support & Carbon Stability
o Design Features: Ergonomic arch grooves and protrusions provide dynamic arch support tailored to various foot types.
o Carbon Fiber Integration: A built-in carbon fiber board stabilizes the insole, improving running efficiency.
o Benefits:
● Flat-Foot Support: Reduces foot fatigue and provides necessary arch
support.
● Adaptive Fit: Suited for wide or narrow feet with its adaptive groove
structure.
● Stability & Efficiency: Prevents arch collapse, absorbs impact, and
ensures strong performance during long-distance running.
By combining these features, the Running Insoles provide unmatched breathability, moisture control, shock absorption, and customized support, ensuring maximum comfort and performance for runners.
Here's the detailed Running Insole Performance Description presented in a replicable table format:
| Feature | Description |
| 1. Antibacterial & Breathable Surface Layer | Material: Special antibacterial breathable fabric with waterproof and anti-mold treated fibers. Properties: 50-60% porosity, >95% moisture permeability. Sweat flows through pores into lower layers, keeping the surface dry. Advantages: Quick sweat absorption (1-3 seconds), hygiene maintenance, odor prevention, and long-lasting freshness for marathon runners. |
| 2. 3D Printed Breathable Layer | Material: 99% antibacterial TPU with elasticity and durability. Design: 65-75% porosity with >2.3 million micropores for airflow, 1.2mm thick. Advantages: Promotes air circulation, accelerates sweat evaporation, provides shock absorption, and maintains temperature regulation. Customizable to foot contour for comfort. |
| 3. Moisture Absorption & Massage Layer | Material: Open-cell foam with 280% water absorption capacity. Design: Pyramid-shaped surface increases contact area, featuring microchannels for sweat distribution. Advantages: Rapid sweat absorption, gentle foot massage for blood circulation, and uniform pressure distribution for marathon comfort. |
| 4. Quick-Drying Layer | Material & Design: 800-1000 specialized drainage holes combined with a 3D-printed Laval airflow system. Advantages: Prevents moisture seepage, promotes rapid drying, and enhances comfort post-wash. Prevents bacterial growth for a healthy foot environment. |
| 5. Auto Air-Drying System | Design: 32 airbags, 12 airflow channels, and 2000+ micro-scale 3D Laval structures generate airflow with each step. Mechanism: Movement pressure creates airflow (4-6 ml per step), evaporating moisture rapidly. Advantages: Ensures continuous drying, reduces wetness during running, and increases comfort. |
| 6. Customizable Functional Inserts | Options: Ortholite foam, ACF cushioning, high-rebound materials, and silicone pads. Advantages: - High Support Inserts: Enhanced arch support for runners. - Shock Absorption Inserts: Reduces knee and foot impact. - High-Rebound Inserts: Energy return for powerful strides. Combination: Inserts can be tailored for marathon running scenarios. |
| 7. Therapeutic Health Features | Custom Materials: Includes energy chips, magnetic elements, or terahertz therapy options. Advantages: Promotes blood circulation, alleviates fatigue, releases negative ions for relaxation, and maintains foot freshness with antibacterial ion spheres. |
| 8. Medicinal Patch Application | Design: Integrated patch pockets in insoles release active medicinal components through heat and skin absorption. Advantages: Supports targeted health needs like pain relief, energy boost, or fatigue recovery during long-distance running. |
| 9. Intelligent Arch Support with Carbon Stability | Design: Ergonomic arch grooves and support protrusions, combined with integrated carbon fiber for stability. Advantages: - Flat-Foot Support: Relieves fatigue. - Adaptive Fit: Accommodates narrow/wide feet. - Stability: Prevents arch collapse and enhances running efficiency. |
This structure highlights key functional layers and features tailored for running insoles to ensure comfort, moisture control, enhanced performance, and long-distance support.
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