9 Key Features:
1. Antibacterial & Moisture-Wicking Top Layer
Material: Special antibacterial and moisture-wicking fabric made with eco-friendly, waterproof, and mildew-resistant fibers.
Material Features: The unique cross-porous structure combined with antibacterial-treated fibers ensures excellent breathability and moisture absorption. Sweat flows into the underlying breathable layer, leaving the surface dry.
Design Advantages:
o Porosity: 50-60% with >95% moisture permeability, absorbing sweat within 1-3 seconds.
o Antibacterial & Deodorizing: Prevents odor and bacterial growth, ideal for prolonged wear and physical activity.
o Maintains dry and hygienic conditions during walking or exercise.
2. 3D Printed Breathable Layer
Material: Constructed from 99% antibacterial TPU (thermoplastic polyurethane).
Material Features: TPU combines softness, elasticity, and durability, with antimicrobial agents that inhibit bacterial and fungal growth.
Design Advantages:
o Over 2.33 million micro-pores with 65-75% porosity ensure even airflow.
o Multi-layer 3D printing adds customized cushioning and shock absorption.
o Custom-fitted structure improves alignment and comfort, crucial for hip pain relief.
3. Moisture-Absorption & Massage Layer
Material: Special open-cell foam with a 280% water absorption rate.
Design:
o Pyramid-shaped surface increases foot contact area for enhanced absorption.
o Micro-channels between pyramids enable quick moisture dispersion.
Benefits:
o Rapid Moisture Absorption: Keeps feet dry and reduces discomfort.
o Massage Effect: Gentle stimulation of nerve endings promotes circulation.
o Pressure Distribution: Reduces foot pressure hotspots, alleviating strain that can lead to hip discomfort.
4. Quick-Drying Layer
Material & Design: 800-1000 micro-drainage holes with integrated 3D Laval air system.
Benefits:
o Channels moisture rapidly away, preventing reverse penetration.
o Ensures fast drying, making the insoles wearable after washing.
o Promotes foot health by reducing bacterial growth in damp conditions.
5. Automatic Air-Drying System
Design: 32 integrated airbags, 12 airflow channels, and over 2000 3D micro-Laval structures.
Function:
o Generates 4-6ml of airflow per step, evaporating moisture.
o Combines foot pressure and body heat (42-45°C) to accelerate drying.
Benefits: Keeps insoles dry and fresh, reducing sweat accumulation and improving comfort for hip-pain sufferers.
6. Customizable Functional Inserts
Materials: Includes Ortholite foam, ACF (advanced cushioning foam), high-rebound materials, and silicone for tailored support.
Functions:
o Shock Absorption Inserts: Minimize foot impact to reduce strain on hips and knees.
o High-Rebound Inserts: Enhance energy return and reduce walking fatigue.
o High Support Inserts: Reinforce the arch and heel alignment to optimize lower limb posture, alleviating hip pain.
7. Health Therapy Features
Materials: Optional embedded magnetic chips, far-infrared materials, or energy balance patches.
Design: Strategically placed within independent air pockets for maximum therapeutic benefits.
Benefits:
o Promotes blood circulation to relieve hip fatigue.
o Negative ion release helps balance energy and reduce stress.
o Far-infrared therapy alleviates inflammation and accelerates recovery.
8. Functional Patch Application
Application: The insoles accommodate health patches that activate under foot temperature.
Features:
o Targeted relief for muscle pain, stiffness, or inflammation linked to hip issues.
o Patches release active ingredients absorbed through foot pores for effective therapy.
Benefits: Ideal for individuals managing chronic pain or recovering from physical exertion.
9. Intelligent Arch Support with Carbon Stability
Design: Ergonomic arch grooves, deep U-heel cup, and integrated carbon fiber stability board.
Benefits:
o Posture Alignment: Proper foot alignment improves gait, reducing hip joint strain.
o Pressure Redistribution: Evenly distributes foot pressure to relieve pain associated with hip imbalance.
o Enhanced Stability: Carbon support minimizes overpronation or misalignment, key for hip pain sufferers.
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9 Key Features
Key Advantages
1. Antibacterial & Moisture-Wicking Top Layer
Material: Special antibacterial and moisture-wicking fabric made with eco-friendly, waterproof, and mildew-resistant fibers.
Material Features: The unique cross-porous structure combined with antibacterial-treated fibers ensures excellent breathability and moisture absorption. Sweat flows into the underlying breathable layer, leaving the surface dry.
Design Advantages:
o Porosity: 50-60% with >95% moisture permeability, absorbing sweat within 1-3 seconds.
o Antibacterial & Deodorizing: Prevents odor and bacterial growth, ideal for prolonged wear and physical activity.
o Maintains dry and hygienic conditions during walking or exercise.
2. 3D Printed Breathable Layer
Material: Constructed from 99% antibacterial TPU (thermoplastic polyurethane).
Material Features: TPU combines softness, elasticity, and durability, with antimicrobial agents that inhibit bacterial and fungal growth.
Design Advantages:
o Over 2.33 million micro-pores with 65-75% porosity ensure even airflow.
o Multi-layer 3D printing adds customized cushioning and shock absorption.
o Custom-fitted structure improves alignment and comfort, crucial for hip pain relief.
3. Moisture-Absorption & Massage Layer
Material: Special open-cell foam with a 280% water absorption rate.
Design:
o Pyramid-shaped surface increases foot contact area for enhanced absorption.
o Micro-channels between pyramids enable quick moisture dispersion.
Benefits:
o Rapid Moisture Absorption: Keeps feet dry and reduces discomfort.
o Massage Effect: Gentle stimulation of nerve endings promotes circulation.
o Pressure Distribution: Reduces foot pressure hotspots, alleviating strain that can lead to hip discomfort.
4. Quick-Drying Layer
Material & Design: 800-1000 micro-drainage holes with integrated 3D Laval air system.
Benefits:
o Channels moisture rapidly away, preventing reverse penetration.
o Ensures fast drying, making the insoles wearable after washing.
o Promotes foot health by reducing bacterial growth in damp conditions.
5. Automatic Air-Drying System
Design: 32 integrated airbags, 12 airflow channels, and over 2000 3D micro-Laval structures.
Function:
o Generates 4-6ml of airflow per step, evaporating moisture.
o Combines foot pressure and body heat (42-45°C) to accelerate drying.
Benefits: Keeps insoles dry and fresh, reducing sweat accumulation and improving comfort for hip-pain sufferers.
6. Customizable Functional Inserts
Materials: Includes Ortholite foam, ACF (advanced cushioning foam), high-rebound materials, and silicone for tailored support.
Functions:
o Shock Absorption Inserts: Minimize foot impact to reduce strain on hips and knees.
o High-Rebound Inserts: Enhance energy return and reduce walking fatigue.
o High Support Inserts: Reinforce the arch and heel alignment to optimize lower limb posture, alleviating hip pain.
7. Health Therapy Features
Materials: Optional embedded magnetic chips, far-infrared materials, or energy balance patches.
Design: Strategically placed within independent air pockets for maximum therapeutic benefits.
Benefits:
o Promotes blood circulation to relieve hip fatigue.
o Negative ion release helps balance energy and reduce stress.
o Far-infrared therapy alleviates inflammation and accelerates recovery.
8. Functional Patch Application
Application: The insoles accommodate health patches that activate under foot temperature.
Features:
o Targeted relief for muscle pain, stiffness, or inflammation linked to hip issues.
o Patches release active ingredients absorbed through foot pores for effective therapy.
Benefits: Ideal for individuals managing chronic pain or recovering from physical exertion.
9. Intelligent Arch Support with Carbon Stability
Design: Ergonomic arch grooves, deep U-heel cup, and integrated carbon fiber stability board.
Benefits:
o Posture Alignment: Proper foot alignment improves gait, reducing hip joint strain.
o Pressure Redistribution: Evenly distributes foot pressure to relieve pain associated with hip imbalance.
o Enhanced Stability: Carbon support minimizes overpronation or misalignment, key for hip pain sufferers.
The Hip Pain Insoles are meticulously designed to address posture alignment, shock absorption, and pressure distribution, key factors in alleviating hip discomfort. With advanced 3D-printed layers, customizable inserts, and therapeutic features, these insoles provide unparalleled comfort, support, and recovery benefits.
Here is a detailed description of the Hip Pain Insoles presented in a structured table format:
Feature | Description | Functionality/Benefits |
1. Antibacterial & Moisture-Wicking Top Layer | Made from special antibacterial, breathable, and waterproof fibers with cross-porous structure. | - Breathability: Ensures >95% moisture permeability. - Quick-Dry: Absorbs sweat in 1-3 seconds. - Prevents odor and bacterial growth, keeping feet dry and clean. |
2. 3D Printed Breathable Layer | Constructed with 99% antibacterial TPU featuring 2.33 million micro-pores and 65-75% porosity. | - Promotes continuous airflow, evaporating sweat quickly. - Custom Fit: Tailors to foot contour for superior comfort. - Provides cushioning and shock absorption. |
3. Moisture-Absorption & Massage Layer | Made of open-cell foam with 280% absorption capacity and pyramid-shaped surface for added massage effect. | - Rapidly absorbs and locks sweat. - Massage Effect: Stimulates nerves and improves circulation. - Reduces pressure hotspots for even weight distribution. |
4. Quick-Drying Layer | Features 800-1000 micro-drainage holes combined with a 3D Laval air system for moisture elimination. | - Rapidly channels moisture downward, preventing reverse penetration. - Ensures fast-drying after washing. |
5. Automatic Air-Drying System | Includes 32 airbags, 12 airflow channels, and 2000+ Laval structures to generate airflow with each step. | - Enhances moisture evaporation with airflow. - Reduces sweat buildup using foot pressure and body heat. |
6. Customizable Functional Inserts | Inserts made of Ortholite foam, ACF (advanced cushioning foam), silicone, and high-rebound materials for tailored support. | - Shock Absorption: Reduces hip and knee joint strain. - Rebound Support: Enhances energy return and walking comfort. - Personalized support for optimal alignment. |
7. Health Therapy Features | Optional magnetic chips, far-infrared materials, or negative ion energy patches placed in independent air pockets. | - Promotes blood circulation to reduce fatigue. - Alleviates inflammation and muscle tension. - Balances energy and relieves stress. |
8. Functional Patch Application | Compatible with therapeutic patches that activate under foot temperature to deliver targeted relief for pain or muscle stiffness. | - Addresses muscle recovery, joint pain, and inflammation. - Ideal for chronic pain management and daily recovery. |
9. Intelligent Arch Support with Carbon Stability | Ergonomic arch grooves, deep U-heel cup, and integrated carbon fiber board for posture alignment and foot stability. | - Improves gait alignment, reducing hip strain. - Provides superior stability and reduces overpronation. - Evenly distributes pressure to reduce discomfort. |
Key Benefits for Hip Pain:
1. Shock Absorption: Reduces impact force on hips, knees, and lower back.
2. Posture Correction: Enhances foot and arch alignment, preventing gait imbalances.
3. Comfort: Advanced 3D printing and massage layers reduce pressure points and fatigue.
4. Therapeutic Support: Promotes circulation, relieves inflammation, and accelerates recovery.
5. Hygiene: Antibacterial and quick-drying features ensure cleanliness and comfort throughout the day.
The Hip Pain Insoles combine advanced materials, customizable inserts, and therapeutic technologies to deliver targeted relief and long-term comfort, ensuring improved posture, stability, and recovery for hip pain sufferers.
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