Tennis Insoles

1. Antibacterial Moisture-Wicking Surface Layer

Material: The top layer uses a special antibacterial and moisture-wicking fabric made from water-resistant and anti-mildew treated yarn.

Material Characteristics:
   o Designed with a unique cross-porous structure and antibacterial fibers, ensuring excellent breathability and moisture absorption.
   o Even during heavy sweating, sweat is quickly passed to the lower layers, keeping the surface dry.

Design Highlights and Benefits:
   o Porosity & Structure: With a 50-60% porosity rate and moisture transfer rate exceeding 95%, it can absorb sweat in 1-3 seconds.
   o Antibacterial & Odor Control: Antimicrobial treatment inhibits odor-causing bacteria, ensuring hygiene and comfort during long tennis matches.

2. 3D Printed Breathable Layer

Material: Made of 99% antibacterial TPU (thermoplastic polyurethane), offering flexibility, elasticity, and durability.

Material Characteristics:
   o Integrated with antibacterial additives that effectively prevent bacterial and fungal growth.

Design Highlights:
   o Micro-Porous Structure: 3D printed with a 65-75% porosity rate and a thickness of 1.2mm. It contains over 2.33 million micro-pores to ensure optimal airflow.
   o Multi-Layer Design: Provides cushioning and support while enhancing comfort.
   o Customization: 3D printing allows for personalized design based on foot contours, ensuring ergonomic fit.

Benefits:
   o Breathability: Continuous airflow accelerates sweat evaporation and keeps feet dry.
   o Antibacterial Protection: Reduces odor and bacteria growth.
   o Shock Absorption: Absorbs foot pressure, reducing fatigue.

3. Moisture-Absorbing & Massaging Layer

Material: Constructed with open-cell foam that has a water absorption rate of 280%.

Material Characteristics:
   o Foam absorbs and locks moisture, maintaining a dry foot environment.

Design Highlights:
   o Pyramid Surface Structure: The layer’s pyramid-shaped texture increases the contact area for better moisture absorption.
   o Micro-Channels: Fine channels between pyramids evenly distribute moisture across the insole.

Benefits:
   o Rapid Absorption: The pyramid structure ensures sweat is quickly absorbed.
   o Massage Effect: Gentle stimulation of the sole promotes blood circulation and relieves foot fatigue.
   o Pressure Distribution: Uniformly disperses pressure, reducing discomfort during extended movement.

4. Quick-Dry Drainage Layer

Material & Design: Equipped with 800-1000 precision drainage holes combined with a 3D-printed Laval nozzle structure to enhance water flow.

Benefits:
   o Quick-Drying Function: Designed to quickly drain moisture downward, preventing reverse seepage.
   o Airflow Acceleration: The Laval system utilizes airflow principles to dry the insole efficiently.
   o Health Maintenance: Keeps the insole dry and clean, preventing bacteria growth.

5. Automatic Air-Drying System

Design: Integrated with 32 air chambers, 12 airflow channels, and over 2000 micro-sized 3D-printed Laval structures. Each step generates 4-6ml of airflow.

Working Principle:
   o Foot pressure and body heat (42-45°C) accelerate moisture evaporation.

Benefits:
   o Dynamic Airflow: Automatically dries absorbed moisture through air circulation.
   o Foot Comfort: Keeps feet cool and dry during rigorous tennis matches.
   o Reduced Moisture: Effectively prevents discomfort caused by dampness.

6. Customizable Functional Inserts

Material Options: Inserts made from Ortholite Foam, High-Rebound Gel, Advanced Cushioning Foam (ACF), and Silicone.

Functionality:
   o High Support Inserts: Provide enhanced arch support for intense activities.
   o Shock-Absorption Inserts: ACF reduces joint stress and minimizes fatigue.
   o High-Rebound Inserts: Increases flexibility and responsiveness, improving on-court movements.
   o Inserts can be mixed to optimize performance for specific needs.

7. Health Therapy Features

Therapeutic Materials: Optional additions include energy chips, magnetic elements, and far-infrared therapy materials.

Design Highlights:
   o Therapeutic materials are embedded in central air chambers to enhance their effects.

Benefits:
   o Blood Circulation: Promotes blood flow and reduces muscle fatigue.
   o Stress Relief: Releases negative ions to balance energy levels and provide relaxation.
   o Antimicrobial Effects: Prevents bacterial buildup, ensuring cleanliness.

8. Smart Therapeutic Patches

Patch Functionality: Customizable therapeutic patches are embedded for specific health benefits like pain relief, muscle recovery, or energy enhancement.

Application Method:
   o Heat from the foot during movement activates the patches, releasing active ingredients for absorption through the skin.

Benefits:
   o Health Management: Offers therapeutic solutions like muscle enhancement, pain alleviation, and stress relief.

9. Intelligent Arch Support & Carbon Fiber Stability

Design Highlights: Features ergonomically designed arch grooves and adaptive protrusions to suit multiple foot types.
   o Integrated carbon fiber board enhances stability, motion efficiency, and anti-twist protection.

Benefits:
   o Arch Support: Alleviates fatigue for flat-footed athletes and supports proper foot alignment.
   o Adaptive Comfort: Adjusts to wide or narrow feet, ensuring a tailored fit and reducing friction.
   o Enhanced Performance: Carbon fiber stabilizes foot movements and increases efficiency during high-impact tennis play.

These Tennis Shoe Insoles offer superior breathability, shock absorption, and dynamic support for maximum performance on the court, helping players stay comfortable, agile, and protected during rigorous matches

Here is a detailed, copyable table describing the features and functionality of the Tennis Insoles:

This table format highlights the Tennis Insoles' features, materials, design characteristics, and benefits, ensuring clear communication of their value and performance attributes. Let me know if you need further refinements!