CoolMax Cool Feeling Tester
Key Features
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Instant Cooling Performance Testing
Measures heat dissipation and cooling effect of textiles for sportswear, outdoor gear, home furnishings, automotive interiors, and functional fabrics. -
Fast & Accurate Q-max Results
Delivers contact coolness coefficient (Q-max) values in seconds for R&D, production, and QC. -
Smart IoT Integration
Remote control via mobile app: preheat detection board, schedule tests, and monitor deviations. -
Third-Party Validated Reliability
Results align with authoritative lab tests for trusted performance benchmarking.
Technical Specifications
| Parameter | Value |
|---|---|
| Power Supply | 220V, 50/60Hz |
| Weight | 35 kg |
| Dimensions (W×D×H) | 540 × 468 × 345 mm |
| Heat Detection Plate Temp. | 35±0.5°C (adjustable: 20–40°C) |
| Response Time | <0.2 seconds |
| Test Duration | 1–600 s (adjustable) |
| Sample Area | 200 × 200 mm |
| Cold Plate 1 (Foam) | 210 × 210 mm (polyester foam) |
| Cold Plate 2 (Copper) | 180 × 180 mm; temp: 25°C (adjustable to <10°C) |
| Temp. Display Resolution | 0.01°C |
| Testing Method | Fully automated (no manual plate movement) |
Testing Principle
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Heat Transfer Measurement:
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A preheated detection plate (35°C) contacts the sample.
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Q-max Calculation:
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Records temperature drop over time.
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Calculates max heat flow density: Q-max [J/(cm²·s)].
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Performance Rating:
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Higher Q-max = Stronger cooling effect (e.g., skin-contact coolness).
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Compliance Standards
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JIS L1927
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FTTS-FA-019
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GB/T 35263-2017
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CNS 15687-2013
Smart Capabilities
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Remote Control (SmarTexLab App):
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Preheat detection board, start/stop tests, schedule operations.
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Real-Time Monitoring:
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Tracks ambient temperature deviations via built-in sensors.
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Data Traceability:
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Logs test parameters, results, and environmental conditions.
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