Bamboo Fabric Is Antibacterial, Antifungal & Antistatic
Bamboo contains a natural and unique agent called “bamboo kun” which is a shield against pathogens. Unlike other types of fabric where chemical antimicrobial agents are used, bamboo fabric products do not need (or use) these chemicals, which can cause skin irritations and allergic reactions.

Bamboo Fabric Provides Highly Comfortable Silky Feel
Bamboo fabric feels like silk. Not only does bamboo fabric have a cooler feel, but also it prevents stickiness in warm conditions.

Bamboo Absorbs & Wicks Water 3-4 Times Better Than Cotton& Reduces Body Odor
Bamboo fabric is a natural moisture wicking agent...as the cross section of a bamboo fiber is filled with multible micro-holes and micro-gaps. Moisture is taken from the body, on contact, and then instantly evaporates. Bamboo's ability to absorb water accounts for its capacity for rapid growth, which is also retained in fabric form. Bamboo sheets, for example, keep the skin comfortable, rather than sticky, in the summer weather.

Bamboo Fabric Protects Skin From Ultraviolet Ray
Bamboo fabric has an Ultraviolet Ray Penetrating Rate of 0.06%, versus cotton fabric which has a Ultraviolet Ray Penetrating Rate of 25.00%. Bamboo fabric's ability to block ultraviolet ray is 417 times greater than cotton fabric. Bamboo shirts will be our next product.

Bamboo Stays 2-3 Degrees Cooler In Hot Weather & Warmer In Cold
Like another natural fabric, Murino wool, Bamboo is naturally cooler in summer and warmer in winter. Unlike any other fabric in the world, however, it is physically cooler to touch in hot weather and will keep a person cooler than regular fabrics.

Eco-Friendly — Bamboo Is Environmentally Kind And Sustainable
As a natural cellulose fiber, bamboo is 100% biodegradable and does not cause any pollution to the environment. Due to its amazing growth properties (can grow 3+ feet in one day) and short harvesting cycle (2 to 3 years), the growth and use of bamboo do not require deforestation (a process needed for wood pulp fiber materials).

A quantitative antibacterial capability test was performed by the China Industrial Testing Center (CTITC) from July 7th 2003 thru July 11, 2003. One hundred percent Bamboo Fabric was tested over a 24-hour incubation period with bacterial strain type Staphylococcus aureous. After the 24-hour period the numbers of live bacteria were counted in each sample. The results showed that 100% bamboo fabric exhibits 99.8% antibacterial kill rate.

Studies by the Japan Textile Inspection Association (JTIA) revealed long-term antibacterial efficacy of bamboo fabric. The quantitative test method JISL 1902 was performed using 100% bamboo fabric that had been washed industrially 50 times. Incubation over a 24-hour period with bacterial strain type MRSA Staphylococcus IID 1677 was followed by a count of live bacteria on each sample. Results showed that bamboo fabric showed antibacterial efficacy (greater than) 70% after 50 industrial washings. (Results obtained from Shanghai Tenbro Bamboo Textile LtD).

Fifty individuals suffering from the fungal infection tinea pedis commonly called athlete’s foot were given antimicrobial, antibacterial socks. All fifty test subjects reported the disappearance of the burning and itching that accompanies athlete’s foot within 1-2 days of wearing the socks. Within 2-6 days the blistering and sores characteristic of athlete’s foot disappeared and the skin returned to normal. None of the fifty individuals reported any adverse effects after using the socks.


Frykberg RG, Armstrong DG, Giurini J, et al. Diabetic Foot A Clinical Practice Guideline. J Foot Ankle Surg, 2000;39(5 Suppl): 1-60

Natural bamboo fabric is also a good choice for diabetic. The softness of the fabric is a natural choice for this application. Lower extremity amputation among the diabetic population increased from 67,000 in 1994 to 140,000 in 2000. While amputation in the diabetic population is a viable option in the presence of significant peripheral arterial disease and gangrene, life expectancy after major lower extremity amputation is appalling with only a 40 % five-year survival rate.

Berene J, Zgonis T, Jolly GP. Diabetes Mellitus and Pharmacologic Therapy. Clin Pod Med Surg. 20:2003: 635.
Petit W, Upender R. Diabetic Foot and Infections and Antibiotic Therapy. J Pod Med and Surg. Oct 2003:655-669.

Antimicrobial and antibacterial textiles can play a part in a strategic plan to reduce healthcare associated infections. Tactics such as isolating infected and colonized patients, practicing stringent handwashing policies, and implementing antimicrobial and antibacterial textiles can help combat the spread of a wide range of resistant bacteria, viruses and other microbes including Methicillin resistant Staphylococcus aureus (MRSA), a form of staph bacteria which is blamed for about 13 % of the nation’s two million hospital infections each year according to the CDC.

"It is well documented that soiled linens harbor microorganisms that can be transmitted to others,” said Gang Sun, professor of clothing and textiles at the University of California, Davis. “In light of the rise of antibiotic resistant bacteria, the development of (antimicrobial and antibacterial textiles) can be a major advancement in the battle against the spread of infection.”

PR Newswire, New Technologically Advanced Bed Linens Latest Development in Battle Against Microbes That Cause Hospital Acquired Infections,Wednesday, August 25 2004.