Standing Insoles

1. Antibacterial Moisture-Wicking Surface Layer

Material: Special antibacterial, moisture-wicking fabric treated for waterproof and anti-mildew properties.

Material Characteristics:
   o Designed with cross-pore structure and antibacterial fibers for high breathability and moisture absorption.

Design Features:
● Porosity: 50-60% ensures excellent breathability.
● Moisture-wicking Rate: Exceeds 95%, quickly absorbing sweat in 1-3 seconds.
● Hygiene: Keeps feet dry and hygienic during extended periods of standing.

Benefits:
● Prevents odor and bacterial growth.
● Ensures long-term freshness and comfort.

2. 3D Printed Breathable Layer

Material: 99% antibacterial TPU (Thermoplastic Polyurethane).

Material Characteristics:
   o Soft, elastic, durable, and infused with antibacterial additives.

Design Features:
● Porosity: 65-75% with a thickness of 1.2mm.
● Contains over 2.3 million micro-pores for enhanced airflow.
● Customization: 3D-printed design tailored to individual foot shape.

Benefits:
● Promotes airflow to evaporate sweat.
● Enhances comfort with tailored ergonomic support.
● Provides temperature regulation for both hot and cold conditions.

3. Moisture Absorption and Massage Layer

Material: High-performance open-cell foam with 280% water absorption capacity.

Design Features:
● Pyramid Surface Structure: Increases surface contact for efficient moisture absorption.
● Micro-channels: Ensure even moisture dispersion across the insole.

Benefits:
● Quick moisture absorption for prolonged dryness.
● Gentle foot massage stimulates blood circulation.
● Evenly distributes pressure to relieve foot stress.

4. Quick-Dry Layer

Material and Design: Integrated 800-1000 drainage holes and a 3D Laval aerodynamic system for water flow.

Benefits:
● Speeds up moisture drainage to keep the insole dry.
● Ideal for immediate use after cleaning.
● Prevents bacterial growth for a healthier foot environment.

5. Automatic Air-Drying System

Design Features:
● Bottom layer features 32 airbags, 12 airflow channels, and over 2000 micro-scale Laval structures.
● Generates 4-6ml of airflow per step using foot pressure and heat (42-45°C).

Benefits:
● Quickly evaporates absorbed moisture.
● Ensures feet remain dry and comfortable during long standing sessions.

6. Customizable Functional Inserts

Material Options: Ortholite foam, ACF (Advanced Cushioning Foam), silicone, and high-resilience materials.

Features:
● High Support Inserts: Provide optimal arch support.
● Shock Absorption Inserts: Reduce foot and knee strain.
● High Rebound Inserts: Boost energy return for fatigue reduction.

Benefits:
● Mix-and-match options for personalized comfort.
● Enhances functionality based on individual needs.

7. Therapeutic Health Function

Materials: Customizable energy chips, magnetic pieces, and terahertz elements.

Design: Embedded in isolated airbag structures for maximum effectiveness.

Benefits:
● Promotes blood circulation and relieves fatigue.
● Releases negative ions for stress relief and relaxation.
● Antibacterial ion technology prevents odor and bacteria growth.

8. Medicinal Patch Application

Features: Optional integration of medicinal patches to target specific health needs.

Benefits:
● Addresses foot pain, fatigue, and muscle recovery.
● Patches release active ingredients via foot heat and absorption.

9. Ergonomic Arch Support and Carbon Stability

Design Features:
● Integrated U-heel arch groove and ergonomic support tailored for various foot shapes.
● Embedded carbon fiber board enhances foot stability.

Benefits:
● Prevents arch collapse and reduces fatigue for flat-footed users.
● Adapts to wide or narrow foot shapes for optimal comfort.
● Enhances stability for prolonged standing.

Here is the Standing Insoles description in a clear and structured copyable table format:

This table highlights the materials, design characteristics, and benefits of each layer and feature of the Standing Insoles. Let me know if you need further adjustments!