IntelliTherm™ Smart Temperature-Regulating Fabric
Product Features Overview
1. Active Temperature Control
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Utilizes the heat absorption and release properties of phase-change materials (PCMs) within a specific temperature range.
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Dynamically regulates the fabric surface temperature to ensure wearing comfort for the user.
2. Cooling and Heating Dual-Temperature Control
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Cooling in hot conditions: When the ambient temperature is high, IntelliTherm™ fabric absorbs heat from the skin surface, providing a lasting cooling effect.
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Warming in cold conditions: When the ambient temperature is low, the fabric releases the heat previously stored by the phase-change materials to keep the skin warm.
Development Story
1. Originating from Outer Space
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Phase-change technology was originally developed by NASA to protect astronauts from extreme temperature fluctuations in space.
2. Overcoming Technical Barriers
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A new method was developed to encapsulate phase-change materials into fibers, transforming them into a form suitable for high-performance textile products.
3. IntelliTherm™ Debut
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Based on this technology, we created IntelliTherm™, an active fabric that dynamically responds to temperature changes, pioneering intelligent temperature control in textiles.
Key Performance Specifications
| Parameter | Value |
|---|---|
| Enthalpy of phase transition | > 20 J/g |
| Cooling sensation on contact | 0.2 – 0.3 J/cm² |
| Duration of cooling sensation | ≥ 30 minutes |
How It Works
The core of IntelliTherm™ temperature regulation lies in its phase-change materials (PCMs). These materials undergo reversible transitions between solid and liquid states within a specific temperature range, enabling intelligent heat management.
1. Heat Absorption (Cooling Process)
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Trigger condition: Ambient or skin temperature exceeds 19.6°C.
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What happens: The PCMs inside the fibers begin to melt on a large scale.
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Effect: Like melting ice, they absorb excess body heat.
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Result: The wearer stays cool.
2. Heat Release (Warming Process)
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Trigger condition: Ambient or skin temperature drops below 20.0°C.
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What happens: The PCMs inside the fibers begin to solidify.
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Effect: Like a hot water bottle, they release the heat that was previously stored.
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Result: The wearer stays warm.
Product Showcase
| NUMBER | SPEC | COMP | WEIGHT | WIDTH | ENTHALPY |
| XWNSP9226 | 40D+20D*40D+20D | 86%N14%SP | 88g/m² | 142cm | 21.56J/g |
| XWNSP9228 | 40D*40D+20D | 95%N 5%SP | 77g/m² | 142cm | 31.37J/g |
| XWN9225 | 40D*40D | 100%N | 72g/m² | 142cm | 9.09J/g |
| XWN9227 | 40D*40D | 100%N | 80g/m² | 142cm | 41.59J/g |
- Comfortable Outdoors
Undeterred by sudden changes in the environment, we remain focused on the exploration itself
- Business at Your Own Pace
Stay in top form at all times, even with a busy schedule
- Active Sports
Activate, instant cooling sensation, pause, lock in warmth
- Relaxed and casual
Provides comfortable temperatures around the clock, without you even noticing
Bright Prospects
1. Direct Pain Point
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Identifies a core consumer discomfort: wearing clothing that feels “too hot” in warm conditions or “too cold” in cool conditions.
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Addresses this pain point directly by offering a fabric solution that actively mitigates temperature-related discomfort.
2. Create Selling Point (Smart Temperature Adjustment)
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Establishes a unique selling proposition (USP) : “smart temperature adjustment.”
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Differentiates the product by moving beyond passive insulation or basic moisture-wicking.
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Tells a compelling technological story that helps customers understand how the product works and why it provides superior comfort.
3. Create Selling Point (Performance Enhancement)
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Breaks through the limitations of traditional materials such as standard cotton, polyester, or basic synthetic blends.
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Strengthens temperature control performance by incorporating phase-change materials (PCMs) directly into the fabric structure.
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Positions the product as an advanced solution for applications where consistent thermal comfort is critical, including outdoor apparel, activewear, and performance workwear.







