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Skate Insoles Features Description:
1. Antibacterial and Moisture-Wicking Surface Layer
o Material: The surface layer is made of a special antibacterial, moisture-wicking fabric, which is eco-friendly, durable, and highly breathable. The material consists of waterproof and anti-mildew treated yarns.
o Material Characteristics: The cross-structured pores combined with antibacterial fibers ensure excellent breathability and moisture absorption. Even during intense skating with heavy perspiration, sweat passes through the pores into the lower layers, keeping the surface dry.
o Design Benefits:
● Pore Rate and Structure: The fabric features 50-60% porosity with a moisture permeability rate exceeding 95%. It absorbs sweat within 1-3 seconds, ensuring feet stay dry during skating.
● Antibacterial and Odor Control: Antimicrobial properties maintain foot hygiene, inhibit odor, and ensure long-lasting comfort during extended skating sessions.
2. 3D-Printed Breathable Layer
o Material: Made from 99% antibacterial TPU (thermoplastic polyurethane).
o Material Characteristics: The TPU material combines flexibility, elasticity, and durability, while antibacterial additives effectively inhibit bacterial and fungal growth.
o Design Features:
● Pore Rate and Structure: The 3D-printed layer has a 65-75% porosity and a thickness of 1.2mm. It features over 2.33 million micro-pores to ensure consistent airflow.
● Layered Structure: Multi-layer printing enhances support and cushioning, optimizing airflow and comfort.
o Functional Benefits:
● Exceptional breathability for continuous airflow and rapid sweat evaporation.
● Antimicrobial properties to prevent odor.
● Natural cushioning to absorb impacts and reduce foot fatigue during skating movements.
3. Moisture Absorption and Massage Layer
o Material: A high-performance foam with an open-cell structure that provides a 280% water absorption rate.
o Material Characteristics: The foam locks in moisture, keeping the insole dry.
o Design Features:
● Pyramid Surface Design: The surface is covered with pyramid-shaped protrusions to increase contact surface area and absorption efficiency.
● Micro-Channel Design: Fine channels between pyramids allow for lateral moisture dispersion.
o Functional Benefits:
● Quick moisture absorption to maintain a dry environment.
● Gentle massage effect that stimulates nerves and promotes blood circulation.
● Even pressure distribution to reduce foot fatigue and improve skating comfort.
4. Quick-Drying Layer
o Material and Design: The quick-drying layer incorporates 800-1000 dedicated drainage holes combined with a 3D-printed Laval system to channel moisture downward efficiently.
o Functional Benefits:
● Rapid moisture drainage to allow immediate wear after washing.
● Laval aerodynamic system accelerates evaporation to keep feet dry.
● Prevents bacterial growth by ensuring moisture exits downward.
5. Automatic Air-Dry System
o Design: The insole features 32 airbags, 12 airflow channels, and over 2000 micro-scale Laval structures. Each step generates 4-6ml of airflow.
o Working Principle:
● The airflow system accelerates moisture evaporation using foot pressure and heat (42-45°C) generated during skating.
● The combination of pressure-driven circulation and channels maintains optimal dryness.
o Functional Benefits:
● High-efficiency airflow removes moisture and reduces the damp feeling during extended skating sessions.
6. Customizable Functional Inserts
o Materials: Customizable inserts include Ortholite foam, high-resilience materials, ACF (Advanced Cushioning Foam), and silicone.
o Functional Options:
● High Support Inserts: Provide additional arch support, ideal for skating athletes needing stability.
● Shock Absorption Inserts: Made of ACF, effectively reducing impact on feet and knees.
● High Resilience Inserts: Enhance flexibility and energy return for powerful strides.
● Inserts can be combined for tailored performance benefits during different skating activities.
7. Health Therapy Features
o Therapeutic Materials: Energy chips, magnetic pieces, and terahertz materials can be embedded based on user needs.
o Design Features: A central airbag accommodates therapeutic elements, maximizing effectiveness.
o Functional Benefits:
● Promotes blood circulation through heat-generating chips.
● Antimicrobial ion beads inhibit bacteria and maintain freshness.
● Balance and stress relief through grounding chips that emit negative ions.
8. Medicinal Patch Application
o Patch Types: The insole can incorporate medicinal patches for various health benefits, such as muscle enhancement or pain relief.
o Application Method: Patches release active ingredients through specially designed air pockets, allowing absorption via foot pores during skating.
o Functional Benefits:
● Effective health management, including pain relief or targeted therapy like muscle recovery.
9. Intelligent Arch Support and Carbon Plate Stability
o Design: The insole features ergonomic arch grooves and protrusions to provide optimal stability for various arch types.
o Carbon Plate Integration: Enhances energy transfer efficiency and support, critical for skating performance.
o Functional Benefits:
● Provides strong arch support to reduce fatigue, particularly for flat-footed skaters.
● Adaptive grooves accommodate wide or narrow feet, delivering personalized comfort.
● Stabilizes movements, enhances balance, and improves skating efficiency.
These comprehensive features ensure the Skate Insoles deliver unparalleled performance, comfort, and protection, tailored specifically for intense skating activities
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Skate Insoles Features Description
Specification
1. Antibacterial and Moisture-Wicking Surface Layer
o Material: The surface layer is made of a special antibacterial, moisture-wicking fabric, which is eco-friendly, durable, and highly breathable. The material consists of waterproof and anti-mildew treated yarns.
o Material Characteristics: The cross-structured pores combined with antibacterial fibers ensure excellent breathability and moisture absorption. Even during intense skating with heavy perspiration, sweat passes through the pores into the lower layers, keeping the surface dry.
o Design Benefits:
● Pore Rate and Structure: The fabric features 50-60% porosity with a moisture permeability rate exceeding 95%. It absorbs sweat within 1-3 seconds, ensuring feet stay dry during skating.
● Antibacterial and Odor Control: Antimicrobial properties maintain foot hygiene, inhibit odor, and ensure long-lasting comfort during extended skating sessions.
2. 3D-Printed Breathable Layer
o Material: Made from 99% antibacterial TPU (thermoplastic polyurethane).
o Material Characteristics: The TPU material combines flexibility, elasticity, and durability, while antibacterial additives effectively inhibit bacterial and fungal growth.
o Design Features:
● Pore Rate and Structure: The 3D-printed layer has a 65-75% porosity and a thickness of 1.2mm. It features over 2.33 million micro-pores to ensure consistent airflow.
● Layered Structure: Multi-layer printing enhances support and cushioning, optimizing airflow and comfort.
o Functional Benefits:
● Exceptional breathability for continuous airflow and rapid sweat evaporation.
● Antimicrobial properties to prevent odor.
● Natural cushioning to absorb impacts and reduce foot fatigue during skating movements.
3. Moisture Absorption and Massage Layer
o Material: A high-performance foam with an open-cell structure that provides a 280% water absorption rate.
o Material Characteristics: The foam locks in moisture, keeping the insole dry.
o Design Features:
● Pyramid Surface Design: The surface is covered with pyramid-shaped protrusions to increase contact surface area and absorption efficiency.
● Micro-Channel Design: Fine channels between pyramids allow for lateral moisture dispersion.
o Functional Benefits:
● Quick moisture absorption to maintain a dry environment.
● Gentle massage effect that stimulates nerves and promotes blood circulation.
● Even pressure distribution to reduce foot fatigue and improve skating comfort.
4. Quick-Drying Layer
o Material and Design: The quick-drying layer incorporates 800-1000 dedicated drainage holes combined with a 3D-printed Laval system to channel moisture downward efficiently.
o Functional Benefits:
● Rapid moisture drainage to allow immediate wear after washing.
● Laval aerodynamic system accelerates evaporation to keep feet dry.
● Prevents bacterial growth by ensuring moisture exits downward.
5. Automatic Air-Dry System
o Design: The insole features 32 airbags, 12 airflow channels, and over 2000 micro-scale Laval structures. Each step generates 4-6ml of airflow.
o Working Principle:
● The airflow system accelerates moisture evaporation using foot pressure and heat (42-45°C) generated during skating.
● The combination of pressure-driven circulation and channels maintains optimal dryness.
o Functional Benefits:
● High-efficiency airflow removes moisture and reduces the damp feeling during extended skating sessions.
6. Customizable Functional Inserts
o Materials: Customizable inserts include Ortholite foam, high-resilience materials, ACF (Advanced Cushioning Foam), and silicone.
o Functional Options:
● High Support Inserts: Provide additional arch support, ideal for skating athletes needing stability.
● Shock Absorption Inserts: Made of ACF, effectively reducing impact on feet and knees.
● High Resilience Inserts: Enhance flexibility and energy return for powerful strides.
● Inserts can be combined for tailored performance benefits during different skating activities.
7. Health Therapy Features
o Therapeutic Materials: Energy chips, magnetic pieces, and terahertz materials can be embedded based on user needs.
o Design Features: A central airbag accommodates therapeutic elements, maximizing effectiveness.
o Functional Benefits:
● Promotes blood circulation through heat-generating chips.
● Antimicrobial ion beads inhibit bacteria and maintain freshness.
● Balance and stress relief through grounding chips that emit negative ions.
8. Medicinal Patch Application
o Patch Types: The insole can incorporate medicinal patches for various health benefits, such as muscle enhancement or pain relief.
o Application Method: Patches release active ingredients through specially designed air pockets, allowing absorption via foot pores during skating.
o Functional Benefits:
● Effective health management, including pain relief or targeted therapy like muscle recovery.
9. Intelligent Arch Support and Carbon Plate Stability
o Design: The insole features ergonomic arch grooves and protrusions to provide optimal stability for various arch types.
o Carbon Plate Integration: Enhances energy transfer efficiency and support, critical for skating performance.
o Functional Benefits:
● Provides strong arch support to reduce fatigue, particularly for flat-footed skaters.
● Adaptive grooves accommodate wide or narrow feet, delivering personalized comfort.
● Stabilizes movements, enhances balance, and improves skating efficiency.
These comprehensive features ensure the Skate Insoles deliver unparalleled performance, comfort, and protection, tailored specifically for intense skating activities
Here is a detailed and copyable table that describes the Skate Insoles features in alignment with your product's strengths:
| Feature | Material | Material Characteristics | Design & Functional Benefits |
| 1. Antibacterial & Moisture-Wicking Surface Layer | Special antibacterial moisture-wicking fabric (eco-friendly, durable). | - Cross-structured pores with 50-60% porosity. - Moisture permeability > 95%. - Fast sweat absorption within 1-3 seconds. | - Keeps feet dry even during heavy sweating. - Antibacterial properties inhibit bacteria and odor. - Ensures hygiene and long-lasting comfort. |
| 2. 3D-Printed Breathable Layer | 99% antibacterial TPU (thermoplastic polyurethane). | - Combines elasticity, flexibility, and durability. - Antibacterial additives prevent bacterial growth. | - 65-75% porosity with over 2.33 million micro-pores for airflow. - Multi-layer structure enhances cushioning and support. - Ensures continuous breathability and sweat evaporation. |
| 3. Moisture Absorption & Massage Layer | Open-cell foam with a 280% water absorption rate. | - Pyramid surface structure maximizes contact area. - Microchannels allow lateral moisture dispersion. | - Quickly absorbs and locks sweat. - Pyramid protrusions provide a massage effect, promoting blood circulation. - Distributes pressure evenly, reducing fatigue. |
| 4. Quick-Drying Layer | Engineered with 800-1000 drainage holes and a 3D-printed Laval system. | - Drainage holes quickly channel moisture downward. - Prevents upward water seepage. | - Enables fast drying for immediate wear after washing. - Laval aerodynamic system accelerates moisture evaporation. - Maintains a hygienic, bacteria-free environment. |
| 5. Automatic Air-Dry System | 3D-printed Laval structure, 32 airbags, and 12 airflow channels. | - Generates 4-6ml of airflow per step. - Heat-driven evaporation (42-45°C) enhances drying speed. | - Air circulation promotes rapid moisture removal. - Keeps feet dry and comfortable during intense skating. |
| 6. Customizable Functional Inserts | Ortholite foam, ACF, silicone, and high-resilience materials. | - Inserts are interchangeable for various support levels and shock absorption needs. | - High Support Inserts: Enhanced arch stability for athletes. - Shock Absorption Inserts: Reduce foot and knee impact. - High Resilience Inserts: Boost flexibility and energy return. |
| 7. Health Therapy Features | Energy chips, magnetic pieces, and terahertz materials. | - Central airbag design houses therapeutic elements for maximum effect. | - Promotes blood circulation with heat therapy. - Ion beads provide antibacterial protection. - Stress relief through grounding and negative ions. |
| 8. Medicinal Patch Integration | Health-focused medicinal patches for pain relief, recovery, or performance. | - Patches release active ingredients through air pockets. - Absorption through skin pores under foot heat. | - Provides targeted therapy like muscle recovery or pain relief. - Supports health management for athletes during skating. |
| 9. Intelligent Arch Support & Carbon Plate Stability | Ergonomic arch grooves with carbon plate integration. | - Carbon plate improves stability and energy transfer. - Adaptive grooves for various arch types. | - Provides arch support for flat and high arches. - Enhances balance and performance for skaters. - Reduces fatigue and stabilizes movements. |
This table combines the materials, features, and benefits of the Skate Insoles, ensuring it highlights the technology, comfort, and performance advantages for skaters. It is ready to be shared or incorporated into any presentation or product description.
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