Company Profile
Our Location
Cooling Performance Fabric
Advanced Thermal Regulation. Superior Comfort. Sustainable Innovation.
Welcome to Rose Collection’s premium range of cooling performance fabrics. Engineered to address the sleep and comfort challenges of the UAE’s warm climate, our fabrics feature cutting-edge moisture-activated cooling technologies, advanced phase change materials (PCMs), and breathable natural fiber constructions . Whether you need temperature-regulating bedding, performance apparel, or specialized upholstery, we have the precise solution for your requirements.
Versatile Application Across All Product Categories: Our cooling technology can be applied to virtually all textile applications:
- Bedding – Sheets, pillowcases, duvet covers, mattress protectors
- Pillows – Cooling pillow covers and fills
- Comforters & Blankets – Temperature-regulating bedding layers
- Mattress Pads & Toppers – Enhanced sleep surface comfort
- Upholstery – Furniture that stays comfortable in warm climates
- Automotive Interiors – Seat covers and headliners
- Medical Textiles – Patient gowns and bedding
- Pet Beds – Comfort for furry family members
Ideal for UAE homes, hospitality venues, healthcare facilities, and performance apparel. Certified to international standards including OEKO‑TEX®, and available with sustainable bio-based formulations .
- Premium Quality
- Satisfaction Guarantee
- Fabrication
- Tailoring
- installation
Contact for more details (Mention Product Title in Subject)
The Science of Sleep Temperature
Sleep scientists are in total agreement that temperature regulation is critical for quality rest. Overheating disrupts the natural sleep cycle and decreases the time you spend in deep, restorative sleep stages—namely REM sleep and NREM stage 3 sleep . Less deep sleep means your body does not recover as well during the night, affecting muscle repair, tissue recovery, and memory consolidation .
When your sleeping environment is too hot, it can also reduce the release of melatonin, which affects your body’s REM sleep . For most people, optimal sleep requires a room temperature between 60 and 67 degrees Fahrenheit (15.5–19.5°C) . In the UAE’s warm climate, achieving this without advanced bedding technology can be challenging.
Cooling fabrics address this challenge by actively helping you regulate your body temperature. Unlike traditional sheets that trap heat and moisture, cooling bedding utilizes various techniques to improve airflow, wick moisture away from the skin, and keep you cool .
How Cooling Fabrics Work
Cooling fabrics achieve temperature regulation through several complementary mechanisms :
| Technology | Mechanism | Best Application |
|---|---|---|
| Moisture-Activated Cooling | Thermo-reactive polymers respond to sweat, reducing fabric temperature by 2–3°C | Bedding, activewear, workwear |
| Phase Change Materials (PCMs) | Microencapsulated materials absorb, store, and release heat during phase transitions | Pillows, mattress protectors, comforters |
| Breathable Natural Fibers | Lightweight constructions with low thread counts maximize airflow | Sheets, summer bedding |
| Dual-Action Technology | Combines instant contact cooling with continuous evaporative cooling | Premium bedding, performance apparel |
Moisture-Activated Cooling Technology
Our moisture-activated cooling solutions, featuring advanced technologies like Polygiene® StayCool, utilize a thermo-reactive polymer matrix that activates immediately on contact with moisture . When sweat is present, these polymers trigger a rapid cooling response that reduces fabric temperature by 2–3°C (4.3–5.4°F) . This technology also enhances fabric ventilation, ensuring users stay fresh and enjoy improved airflow.
This technology is particularly effective for:
- Bedding in humid environments
- Activewear and sportswear
- Workwear for warm conditions
- Medical textiles for fever management
Phase Change Material (PCM) Technology
Phase change materials represent the cutting edge of thermal regulation technology. These microencapsulated materials absorb, store, and release heat during phase transitions—changing from solid to liquid and back again—to maintain optimal skin temperature throughout the night .
Our premium PCM formulations, featuring advanced technologies like Alexium’s BioCool®, achieve latent heat of fusion exceeding 200 Joules per gram (J/g) —a significant increase compared to typical PCM materials that range between 120 and 180 J/g . This milestone establishes our technology as one of the highest-capacity formulated PCMs currently available for commercial use.
In addition to high heat absorption capability, our PCM formulations feature enhanced recrystallization rates, enabling faster recharging between thermal cycles . This addresses two primary challenges in thermal regulation:
- Duration of cooling – How long the cooling effect lasts
- Rate of recovery – How quickly the material recharges for the next cooling cycle
This characteristic is particularly relevant for bedding applications, where consistent overnight thermal regulation is essential
Dual-Action Cooling Technology
Our most advanced cooling fabrics feature dual-action technology that combines two distinct cooling mechanisms for optimal temperature regulation :
- Instant Contact Cooling: Melt energy absorption provides immediate cooling upon first touch and delays heat buildup—before sweating begins
- Continuous Evaporative Cooling: Advanced hydrophilic polymers wick moisture away while carrying heat with it, providing sustained cooling as long as the body is warm and sweating
This dual-action approach creates fabrics that are clinically proven to cool ten times faster than untreated fabric of comparable construction . The components work synergistically to recharge the cooling surface, ensuring a consistently cool, dry, and comfortable body climate .
Sustainable Cooling Innovation
Our commitment to environmental responsibility extends to our cooling fabric technologies. Many of our solutions feature:
USDA Certified Bio-Based Content: Technologies like HeiQ Cool contain over 50% USDA®-certified bio-based ingredients derived from plant-based, non-GMO, non-food-source feedstock . These formulations utilize bio-based vegetable oils as thermal functional polymers that absorb heat energy for instant cooling sensation.
Nano-Enhanced Natural Fibers: Innovations in nanotechnology allow us to integrate cooling properties into natural fibers. For example, Egyptian cotton enhanced with nano-cooling technology achieves silk-like smoothness while maintaining the breathability and comfort of natural cotton . These products are highly sought after in premium markets, commanding 20% price premiums over standard alternatives .
Recyclable and Circular Design: Our cooling fabrics are designed with end-of-life recyclability in mind, supporting circular economy principles and reducing environmental impact.
Why Cooling Fabrics Matter in the UAE
The Middle East cooling fabrics market is experiencing significant growth, driven by the region’s climate and increasing consumer awareness of sleep health . In countries across the UAE, Saudi Arabia, Kuwait, Qatar, and Oman, cooling fabrics address fundamental comfort needs:
- Extreme summer temperatures make temperature-regulating bedding essential for quality sleep
- High humidity levels increase the importance of moisture-wicking properties
- Energy conservation – By improving personal thermal comfort, cooling fabrics can reduce reliance on air conditioning, lowering energy consumption
- Growing health awareness – Consumers increasingly recognize the link between sleep temperature and overall wellbeing
Be the first to review “Cooling Performance Fabric”
Reviews
There are no reviews yet.