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Unlock a New Level•Experience 7A Anti-Bacterial Sleep Technology

Revolutionary Breakthrough in Antibacterial Levels: Still Antibacterial after 150 Washes

7A Anti-Bacterial Sleep Technology bedding, developed by Casablanca, is a revolutionary antibacterialtechnology that ensures long-lasting antibacterial and deodorizing functions. It effectively removes toxic elements during textile dyeing processes and decomposable carcinogenic aromatic amine dyes (azo dyes). This provides a healthier and safer sleep environment, meeting seven major sleep needs in one step.

CASA-V 7A Antibacterial and Antimicrobial Mechanism of Far-Infrared Bedding

Far-infrared radiation is an important form of heat transfer. This technology utilizes special heating fibers and their characteristic absorption reaction to efficiently convert electrical energy into far-infrared radiation.

Textiles produced with this technology exhibit remarkable antibacterial and antimicrobial effects. After 150 washes, the antibacterial rate still reaches 88-99% or higher.

When the positive radiation rate of far-infrared rays reaches a certain level, it can have the following effects on the human body:

01 Activates Water Molecules, Increase Oxygen
Content: Far-infrared rays can make blood water molecules more active, increasing the body's oxygen content, revitalizing cells, enhancing disease resistance, and delaying aging.

02 Improves Microcirculation: Far-infrared rays can accelerate blood circulation, expand capillaries, reduce heart burden, help the body expel waste, improve metabolism, and lessen the burden on the liver and kidneys.

03 Promotes Metabolism: By improving microcirculation, far-infrared rays help quickly expel waste from the body, reducing harmful substances like heavy metals, lactic acid, and uric acid.

04 Balances Acidity and Alkalinity: Far-infrared rays can purify the blood, improve skin quality, and prevent joint pain caused by high uric acid levels.

CASA-V 7A Anti-Bacterial Sleep Technology: 7A Antibacterial Technology

Through the Principle of Far-Infrared Resonance Absorption, Ordinary textiles are transformed into materials with antibacterial and antimicrobial functions. The beddings maintain their original physical and processing properties, and after 150 destructive washes tested and certified by national standards, the antibacterial and antimicrobial efficacy is still guaranteed at an effective rate of 88-99%. Achieving the 7A grade of
antibacterial textiles, they can maintain excellent antibacterial effects, ensuring long-term antibacterial performance to protect the health of you and your family.

CASA-V 7A Anti-Bacterial Sleep Technology: Anti-Aromatic amines

Capable of breaking down harmful aromatic amines, protecting you from potential carcinogens, making every breath you take safe and worry-free.

CASA-V 7A Anti-Bacterial Sleep Technology: Anti-Mite

Special material design effectively prevents dust mite intrusion, particularly suitable for users sensitive to allergens, ensuring peace of mind while you sleep.

CASA-V 7A Anti-Bacterial Sleep Technology: Anti-Odor

Effectively eliminates ammonia, keeping the comforter fresh and avoiding unpleasant odors, thereby enhancing sleep quality.

CASA-V 7A Anti-Bacterial Sleep Technology: Anti-Fungal

Professionally designed to effectively prevent mold growth, suitable for various climate environments, allowing you to enjoy a healthy sleeping space at all times.

CASA-V 7A Anti-Bacterial Sleep Technology: Anti-Virus

Advanced antibacterial technology effectively combats the H1N1 virus, providing additional protection to make your sleeping environment safer.

CASA-V 7A Anti-Bacterial Sleep Technology: Thermostatic Fiber

Using the principle of far infrared materials, it can maintain an appropriate body temperature for a prolonged period, allowing you to enjoy a comfortable and constant temperature experience in all seasons. Far infrared can transfer heat to the body, raising skin temperature, while the fabric enhances still air retention, improving warmth and promoting blood circulation.

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