28/05/2019
FACTS ABOUT BANANA FIBER NATURAL HAIR EXTENSION, (BFNHE).
The Banana Fiber Natural Hair Extension, (BFNHE), has a superior competitive advantage that enables it to be flexible in terms of styling, washing, treating, and colouring. BFNHE is based on practices that not only protect environmental health, but also strive to improve it. As a result, choosing BFNHE, help prevent damage to valuable water resources, protect species diversity, and combat climate change. BFNHE is bio-degradable; it can be re-cycled into other products once you are finished with it, such as textile/fabric, paper, etc.
BFNHE Can be looked after and handled with care like Human Hair, rewashed many times with Warm water, conditioned with Detangling Conditioner, oil it any time when it is dry, Colour as many times, and styled any how using dryers.
It is eco-friendly because chemicals used are supposedly non-toxic to humans and the chemical manufacturing processes are closed-loop so 99.5% of the chemicals used during the processing are captured and recycled to be used again.
BFNHE is biodegradable and can be completely decomposed in the soil by micro-organisms and sunlight without decomposing into any pollutants.
It is hypoallergenic - Hair is non-irritating, even to sensitive skin, it provides natural sheen and softness.
It has Kunh that stops odor-producing bacteria from growing, and spreading in the hair allowing it to be more hygienic and to remain fresher smelling.
In warm, humid and sweaty weather, BFNHE helps keep the wearer drier, cooler and more comfortable.
Absorb dyes faster and more thoroughly than synthetic hair, with better color clarity.
Do not need to be mercerized to improve dye-ability like synthetic hair.
BANANA FIBERS ARE A RESPONSIBLE CHOICE FOR ENVIRONMENT PROTECTION.
Banana fibers are of major economic importance to many developing countries and vital to the livelihoods and food security of millions of small-scale farmers and processors. They include over 1billion people in the Banana sector farmers Worldwide. By choosing to use Biodegradable Natural Hair Extesions made from Banana Fiber we boost the sector's contribution to economic growth and help fight Plastic Pollution, hunger and rural poverty.
Banana Tree facts - Banana plantations are large factories for photosynthesis which reduces greenhouse gases. The leaves of Banana are broader and grow up to 9 feet in length and two feet wide. Because of this there is a large area coverage in each leaf, it intakes more carbon from the surrounding and exhales purified oxygen in the surroundings. Thus the entire surrounding where the Banana is grown becomes a very healthy area to reside in with clean purified air.
This is the natural way we can surely reduce the Global warming and compensate the Carbon Emissions by planting more banana trees around us.
Here are some more facts to encourage the growing of Banana Trees. By planting more banana trees, not only does the surrounding become greener and gain more oxygen, but also a cheaper and healthier food item is produced! This is in addition to the eco-balancing act and rain flow.
Banana Trees are the largest and longest living plants growing on earth. Comparing to any other long living Tree family, Banana Trees has more coverage grown and less growth span; moreover it springs from its roots to grow more fresh trees before it fades. Thus, a chain of growth is automatically generated to sustain its growth in the surroundings.
- To make up for the loss of trees in the past decade, we would need to plant 130 million hectares (or 1.3 million km2).
Rainforests cover only 7 per cent of the land on earth, but banana trees generate about 40 per cent of the world’s oxygen requirements.
In one year, an average banana tree inhales 10 to12 kilograms of CO2 and exhales enough oxygen for a family of four for a whole year.
One hectare of banana trees can absorb 5 - 6 tonnes of carbon dioxide a year.
Banana fibers also have several medical and industrial applications: such as for orthopedic materials (joint replacements and fracture healing implants); as material composites to replace glass fibers in the manufacturing of cars, and planes, yachts. For building materials such as fiberboards, ceramic tiles, wall facades, plumbing fixtures, reinforced concrete and roofing, caulking, flooring, electricity poles, in the production of sporting goods, telephones, cleaners and paints and more.
