Cycling Insoles

1. Antibacterial and Moisture-Wicking Surface Layer

Material and Design:

This layer uses a specialized antibacterial, moisture-wicking fabric that is eco-friendly, durable, and highly breathable. The yarn is treated for waterproofing and mildew resistance.

Key Features:

· High Moisture-Wicking Rate: The fabric's porosity of 50-60% provides excellent breathability and moisture transfer, with a permeability rate exceeding 95%. Sweat is absorbed within 1-3 seconds to keep feet dry during cycling.

· Antibacterial and Odor-Resistant: Treated fibers inhibit bacterial growth, eliminate odors, and ensure hygiene for long-distance rides.

· Durability: High-strength yarn ensures long-term durability without deformation, meeting the demands of intense cycling sessions.

2. 3D-Printed Breathable Layer

Material and Design:

Made of 99% antibacterial TPU (thermoplastic polyurethane) with advanced 3D printing technology for a lightweight and breathable structure.

Key Features:

· High Porosity: With a porosity of 65-75%, the ultra-thin 1.2mm layer has over 2.33 million micro-pores, ensuring even airflow.

· Customizable Fit: The 3D printing process allows for personalized design based on foot contours, enhancing comfort and ergonomics.

· Temperature Regulation: Facilitates airflow to cool feet during hot rides while retaining warmth in cold conditions.

· Shock Absorption: The layered structure absorbs impact, reducing pressure on feet for long cycling sessions.

3. Moisture Absorption Layer with Massage Function

Material and Design:

Made of a high-absorption open-cell foam with a moisture retention rate of 280%, featuring pyramid-shaped protrusions.

Key Features:

· Rapid Absorption: The pyramid structures increase the contact area for quick sweat absorption and lateral dispersion.

· Massage Effect: Pyramid-shaped nodes gently massage the soles, promoting blood circulation and reducing fatigue.

· Pressure Distribution: Evenly distributes pressure across the foot, minimizing hotspots and enhancing comfort during long-distance cycling.

4. Quick-Drying Layer

Material and Design:

This layer incorporates 800-1000 drainage holes combined with a 3D-printed Laval airflow system to accelerate moisture expulsion.

Key Features:

· Instant Drying: Drainage holes and aerodynamic airflow remove sweat rapidly, ensuring a dry insole.

· Laval System: Enhances moisture evaporation through airflow dynamics, improving comfort.

· Hygiene Maintenance: Prevents bacterial growth by removing trapped moisture, ideal for extended cycling trips.

5. Automatic Air-Drying System

Design and Mechanism:

The bottom layer includes 32 air pockets, 12 airflow channels, and over 2000 micro Laval structures. Each step generates airflow to remove moisture.

Key Features:

· Airflow Circulation: Generates 4-6ml of airflow per step, quickly evaporating sweat.

· Pressure-Driven Drying: Combines foot pressure and body heat (42-45°C) to maintain a consistently dry environment.

· Continuous Comfort: Provides real-time air drying during intense cycling, reducing dampness and fatigue.

6. Customizable Functional Pads

Material and Options:

Interchangeable pads made of Ortholite foam, high-rebound materials, ACF (Advanced Cushion Foam), and silicone.

Key Features:

· High Support Pads: Ideal for arch and heel stability during long rides.

· Shock-Absorption Pads: ACF material absorbs impact, reducing strain on feet and knees.

· High Rebound Pads: Boosts energy return for more efficient pedaling.

· Flexible Combination: Customizable pads adapt to different riding styles and preferences.

7. Health Therapy Features

Material and Integration:

The insole can incorporate energy chips, magnetic sheets, or far-infrared materials to deliver therapeutic benefits.

Key Features:

· Improved Blood Circulation: Energy chips release heat to enhance blood flow and reduce fatigue.

· Bacterial Inhibition: Antibacterial ion spheres prevent bacterial growth and maintain hygiene.

· Energy Balance: Negative ion-releasing chips relieve stress and mental fatigue during long-distance cycling.

8. Herbal Patch Application

Material and Design:

Designed with compartments to incorporate herbal patches for targeted health benefits.

Key Features:

· Pain Relief: Herbal patches release active ingredients absorbed through foot pores to alleviate muscle pain and fatigue.

· Health Management: Custom patches support specific needs like muscle recovery, fatigue relief, or energy enhancement.

· Sustained Therapy: Works effectively during cycling as patches are activated by body heat and continuous motion.

9. Smart Arch Support and Carbon Fiber Stability

Material and Design:

Combines ergonomic arch grooves with an integrated carbon fiber stabilizing plate for superior stability and support.

Key Features:

· Arch Support: Provides tailored support for different arch types, preventing arch collapse and reducing strain.

· Carbon Fiber Reinforcement: Enhances pedal efficiency by stabilizing the foot and reducing energy loss.

· Adaptive Fit: Custom grooves accommodate wide, narrow, or flat feet, ensuring an optimal fit and maximum comfort during long-distance rides.

Summary

These Cycling Insoles combine advanced moisture-wicking, airflow drying, ergonomic support, and customizable functionality to optimize cycling performance. Featuring a lightweight, durable design with health-focused additions, these insoles provide superior comfort, stability, and recovery support, making them essential for both professional cyclists and long-distance enthusiasts

Below is a copy-paste ready table describing the Cycling Insoles features based on your images and insole performance details:

Highlights:These Cycling Insoles combine cutting-edge 3D printing technology, advanced moisture-wicking systems, and customizable inserts to meet the specific demands of cyclists. By ensuring dry feet, reducing pressure points, and enhancing arch stability, they optimize comfort, performance, and recovery during intense rides.