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Key Features:
1. Antibacterial and Moisture-Wicking Surface Layer
· Material: Special antibacterial, moisture-wicking fabric made from waterproof and anti-mold treated fibers.
· Material Features:
o Cross-structured pores enhance breathability and moisture absorption, directing sweat into the lower 3D breathable layer.
· Functional Benefits:
o Porosity Rate: 50-60% with a moisture permeability exceeding 95%.
o Fast Drying: Absorbs sweat within 1-3 seconds, keeping feet dry during extended activity.
o Antibacterial and Odor Control: Prevents bacterial growth and odor, ensuring comfort during long-term usage.
2. 3D-Printed Breathable Layer
· Material: Made of 99% antibacterial TPU with 2.33 million micropores and a porosity of 65-75%.
· Material Features:o Multi-layered 3D printing design provides breathability, cushioning, and structural support.
· Functional Benefits:
o Shock Absorption: Distributes pressure evenly, reducing stress on knees.
o Airflow Optimization: Promotes continuous air circulation, rapidly evaporating sweat.
o Customization: 3D printing enables personalized fit for maximum comfort and reduced friction.
3. Moisture-Absorbing and Massage Layer
· Material: Special foam with an open-cell structure, featuring a 280% moisture absorption rate.
· Design Features:
o Pyramid Surface: Pyramid-shaped protrusions increase contact area for effective moisture absorption.
o Microchannel Design: Facilitates horizontal dispersion of moisture across the insole.
· Functional Benefits:
o Quick Absorption: Effectively locks moisture, keeping feet dry.
o Massage Effect: Gentle foot massage stimulates nerves and promotes blood circulation.
o Pressure Distribution: Reduces pressure points, alleviating knee strain during movement.
4. Quick-Drying Layer
· Material and Design: 800-1000 drainage holes combined with 3D-printed Laval nozzle technology.
· Functional Benefits:
o Fast Moisture Drainage: Directs moisture downward, preventing upward seepage.
o Enhanced Dryness: Promotes rapid drying, ensuring the insole remains fresh after washing.
o Healthy Environment: Reduces bacterial growth and improves overall foot hygiene.
5. Automatic Air-Drying System
· Design: The insole bottom features 32 airbags, 12 airflow channels, and 2,000+ micro 3D Laval structures.
· Mechanism:o Each step generates airflow (4-6ml per step) driven by foot pressure and heat (42-45°C), accelerating moisture evaporation.
· Functional Benefits:
o Dynamic Drying: Keeps feet dry and comfortable, reducing the damp sensation during physical activity.
o Pressure Relief: Improves foot comfort, reducing knee fatigue.
6. Customizable Functional Inserts
· Material Options: Includes Ortholite foam, high-rebound materials, ACF (advanced cushioning foam), and silicone.
· Functional Description:
o High Support Inserts: Offers strong arch support, aligning posture and reducing knee pressure.
o Shock-Absorbing Inserts: Made from ACF to absorb impact, minimizing stress on knees and joints.
o High-Rebound Inserts: Enhances flexibility for smoother and lighter steps.
o Custom Combinations: Inserts can be mixed to optimize function based on activity needs.
7. Health Therapy Features
· Material: Energy chips, magnets, and far-infrared therapy elements embedded within an independent airbag structure.
· Functional Benefits:
o Blood Circulation: Stimulates blood flow to reduce fatigue and knee pain.
o Pain Relief: Far-infrared and magnetic therapy help alleviate inflammation and joint discomfort.
o Energy Balance: Releases negative ions for relaxation and stress relief.
8. Medicinal Patch Application
· Patch Options: Customizable medicinal patches for pain relief, muscle recovery, and anti-inflammatory effects.
· Application Method:o Designed airbag compartments release active ingredients that are absorbed through foot pores via heat.
· Functional Benefits:
o Targeted Therapy: Directly addresses knee pain and muscle tension.
o Pain Relief: Effective management of chronic discomfort for long-term knee protection.
9. Intelligent Arch Support and Carbon Plate Stability
· Design: Ergonomic arch grooves and raised structures provide adaptive foot support. Integrated carbon fiber plates improve stability.
· Functional Benefits:
o Posture Alignment: Corrects foot and leg biomechanics, reducing stress on knee joints.
o Shock Absorption: Stabilizes movement, preventing inward or outward knee misalignment.
o Custom Fit: Adapts to various foot types, providing personalized comfort and enhanced support.
SummaryThe Knee Pain Insoles utilize advanced multi-layered designs, including 3D-printed structures, moisture management systems, and customizable components. These features provide superior shock absorption, pressure distribution, and arch support, effectively alleviating knee strain and improving posture. Ideal for individuals suffering from knee pain, the insoles promote long-term comfort and joint protection for daily use and high-impact activities.
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Key Features
Specification
1. Antibacterial and Moisture-Wicking Surface Layer
· Material: Special antibacterial, moisture-wicking fabric made from waterproof and anti-mold treated fibers.
· Material Features:
o Cross-structured pores enhance breathability and moisture absorption, directing sweat into the lower 3D breathable layer.
· Functional Benefits:
o Porosity Rate: 50-60% with a moisture permeability exceeding 95%.
o Fast Drying: Absorbs sweat within 1-3 seconds, keeping feet dry during extended activity.
o Antibacterial and Odor Control: Prevents bacterial growth and odor, ensuring comfort during long-term usage.
2. 3D-Printed Breathable Layer
· Material: Made of 99% antibacterial TPU with 2.33 million micropores and a porosity of 65-75%.
· Material Features:o Multi-layered 3D printing design provides breathability, cushioning, and structural support.
· Functional Benefits:
o Shock Absorption: Distributes pressure evenly, reducing stress on knees.
o Airflow Optimization: Promotes continuous air circulation, rapidly evaporating sweat.
o Customization: 3D printing enables personalized fit for maximum comfort and reduced friction.
3. Moisture-Absorbing and Massage Layer
· Material: Special foam with an open-cell structure, featuring a 280% moisture absorption rate.
· Design Features:
o Pyramid Surface: Pyramid-shaped protrusions increase contact area for effective moisture absorption.
o Microchannel Design: Facilitates horizontal dispersion of moisture across the insole.
· Functional Benefits:
o Quick Absorption: Effectively locks moisture, keeping feet dry.
o Massage Effect: Gentle foot massage stimulates nerves and promotes blood circulation.
o Pressure Distribution: Reduces pressure points, alleviating knee strain during movement.
4. Quick-Drying Layer
· Material and Design: 800-1000 drainage holes combined with 3D-printed Laval nozzle technology.
· Functional Benefits:
o Fast Moisture Drainage: Directs moisture downward, preventing upward seepage.
o Enhanced Dryness: Promotes rapid drying, ensuring the insole remains fresh after washing.
o Healthy Environment: Reduces bacterial growth and improves overall foot hygiene.
5. Automatic Air-Drying System
· Design: The insole bottom features 32 airbags, 12 airflow channels, and 2,000+ micro 3D Laval structures.
· Mechanism:o Each step generates airflow (4-6ml per step) driven by foot pressure and heat (42-45°C), accelerating moisture evaporation.
· Functional Benefits:
o Dynamic Drying: Keeps feet dry and comfortable, reducing the damp sensation during physical activity.
o Pressure Relief: Improves foot comfort, reducing knee fatigue.
6. Customizable Functional Inserts
· Material Options: Includes Ortholite foam, high-rebound materials, ACF (advanced cushioning foam), and silicone.
· Functional Description:
o High Support Inserts: Offers strong arch support, aligning posture and reducing knee pressure.
o Shock-Absorbing Inserts: Made from ACF to absorb impact, minimizing stress on knees and joints.
o High-Rebound Inserts: Enhances flexibility for smoother and lighter steps.
o Custom Combinations: Inserts can be mixed to optimize function based on activity needs.
7. Health Therapy Features
· Material: Energy chips, magnets, and far-infrared therapy elements embedded within an independent airbag structure.
· Functional Benefits:
o Blood Circulation: Stimulates blood flow to reduce fatigue and knee pain.
o Pain Relief: Far-infrared and magnetic therapy help alleviate inflammation and joint discomfort.
o Energy Balance: Releases negative ions for relaxation and stress relief.
8. Medicinal Patch Application
· Patch Options: Customizable medicinal patches for pain relief, muscle recovery, and anti-inflammatory effects.
· Application Method:o Designed airbag compartments release active ingredients that are absorbed through foot pores via heat.
· Functional Benefits:
o Targeted Therapy: Directly addresses knee pain and muscle tension.
o Pain Relief: Effective management of chronic discomfort for long-term knee protection.
9. Intelligent Arch Support and Carbon Plate Stability
· Design: Ergonomic arch grooves and raised structures provide adaptive foot support. Integrated carbon fiber plates improve stability.
· Functional Benefits:
o Posture Alignment: Corrects foot and leg biomechanics, reducing stress on knee joints.
o Shock Absorption: Stabilizes movement, preventing inward or outward knee misalignment.
o Custom Fit: Adapts to various foot types, providing personalized comfort and enhanced support.
SummaryThe Knee Pain Insoles utilize advanced multi-layered designs, including 3D-printed structures, moisture management systems, and customizable components. These features provide superior shock absorption, pressure distribution, and arch support, effectively alleviating knee strain and improving posture. Ideal for individuals suffering from knee pain, the insoles promote long-term comfort and joint protection for daily use and high-impact activities.
Here is a copyable table for Knee Pain Insoles based on your features and design requirements:
| Feature | Material | Design | Benefits |
| 1. Antibacterial Moisture-Wicking Top Layer | Special antibacterial breathable fabric with waterproof treatment | Cross-pore structure with a pore rate of 50-60% ensuring high breathability (moisture-wicking over 95%) | Keeps feet dry by quickly absorbing sweat in 1-3 seconds; prevents odor and bacterial growth. |
| 2. 3D Printed Breathable Layer | 99% Antibacterial TPU | 3D micro-pore structure (65-75% porosity) with 233 million micro-perforations, lightweight at 1.2 mm | Enhances airflow, reduces sweat buildup, offers cushioning, and regulates foot temperature. |
| 3. Moisture Absorption & Massage Layer | High-absorption open-cell foam (280% absorption) | Pyramid surface structure with micro-channels for sweat dispersion | Provides gentle massage, enhances blood circulation, distributes pressure evenly. |
| 4. Rapid-Drying Layer | Laval airflow guiding system | 800-1000 drainage holes and airflow dynamics preventing upward moisture penetration | Ensures rapid water drainage and dryness for comfort. |
| 5. Auto Air-Drying System | 3D Printed Laval Structure | 32 airbags, 12 air channels, and 2000+ micro airflow accelerators; generates airflow per step | Promotes quick drying by leveraging foot pressure and body heat (42-45°C). |
| 6. Customizable Functional Inserts | Ortholite Foam, ACF Cushioning, Silicone, Supercritical materials | High-support inserts, shock-absorbing ACF, high-rebound inserts; customizable for specific needs | Reduces knee pressure, absorbs impact, enhances comfort and flexibility. |
| 7. Health Therapy Function | Therapeutic chips, magnets, far-infrared elements | Independent air pocket placement for therapeutic elements | Improves blood flow, reduces fatigue, balances energy, and relieves muscle tension. |
| 8. Therapeutic Patch Application | Medicinal patches (muscle pain, fatigue relief) | Specially designed air pockets releasing active components based on foot temperature | Delivers targeted treatment for muscle enhancement, pain relief, or fatigue reduction. |
| 9. Intelligent Arch Support with Carbon Plate | Ergonomic arch grooves, carbon plate | Adaptive arch support with carbon stabilization for multiple foot types | Alleviates knee strain, reduces impact, and enhances stability during motion. |
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