Nano technology

Nano-technology is at a scale of approximately 1 to 100 nanometres (nm).

The impact that nano-texturising can be illustrated by imagining the macro, micro, and nano-surface area of a 1 cm x 1 cm x 1 cm cubic implant, which has 6 cm2 of macro surface area (about the size of a sugar cube), If divided into 1 mm cubes, the total surface area increases to 60 cm2. If it is further divided into 1 nm cubes, the surface area increases to 60,000.000 cm2, equivalent to approximately 1.5 acres of surface area.
Nano-texturing will have both internal and external surface areas greatly increases

Coating

NCC that offer an oxygen and moister barriers to extend the life shelf of vegetable and fruit.

With low oxygen transmission rates (OTR) of 4 -10 mL/m2day and even lower water vapor transfer rate (WTR) as low as 0.4 g/m2day for NCC films.
Nano cellulose crystalline (NCC) has a great oil adsorption capabilities It can collect organic contaminants from the water surface. With titanium dioxide it can also repel water.
The cellulose and titanium dioxide are environmentally natural products.

DIAPERS and ABSORBENT PADS

Diapers or incontinence pads usually consists of two components: a superabsorbent material (SAP) and an absorbent matrix.
Many of the SAP materials are incapable of absorbing liquid at the same rate which the absorbent pads typically receive a liquid during use.
The absorbent matrix will hold the liquid and release it to the SAP material at a slower rate. However, the liquid holding capacity of the fluff pulp itself is not high enough to work independently.
Avoiding ‘gel blocking’ Gel blocking is a consequence of the swelling of the SAP particles. When the SAP particles start to swell on the surface of the absorbent pad, the channels or gaps between the SAP particles will close, preventing the liquid from entering to the SAP particles on the inner parts of the absorbent pad.
That is why Nano cellulose crystalline are mixed with SAP particles to minimize the potential particle to particle contact. Normally the ratio between pulp and SAP material is typically 1 to 1. with CNN that ratio shifted to decrease the amount of NCC to produce thinner absorbent pads.

DEODORANT ? global warming making you sweat no warries

Nanofibers cellulose sheets, with metal ions (aluminium chloride) that generate antibacterial effects.
Body Wipes – Deodorant Full Body Luxury Adult Wet Wipes – (Pack of 20)

DESIGNED FOR the sport of you – Body wipes have been developed specifically for you. Not to be confused with baby wipes. Stronger, larger and thicker than conventional wet wipes and with a sporty fragrance. Unlike deodorants that simply mask the odour these cleaning wipes actually remove the sweat, dirt and any smells leaving you feeling “out of the shower” clean again!
PERFECT FOR WHEN YOU CAN’T SHOWER – These Adult Body Wipes are perfect for when you need to freshen up but can’t shower. Designed to be used all over the body. For your face, neck, armpits, feet, behind and your groin area.

Antimicrobial wound dressing

Nanofiber mats from multicomponent (chitosan or NCC /silver-NPs/polyvinyl alcohol or TiO2) systems, Introduce a green route to produce antibacterial nanofiber mats loaded with silver nanoparticles (Ag-NPs, 25nm diameter) enveloped in NCC. Antimicrobial activity showed superior properties and synergistic antibacterial effects by combining NCC with Ag-NPs.

Sound absorption foams

Foams with high porosity possess distinctive advantages of low density, high surface area and low cost of manufacture. Which is great for noise control in the fields of construction and transportation owing to their capability of dissipating sound energy in wide frequency range.

Strengthen and lighten fiber materials sustainably.

Just 1% of NCC can result in a 15% to 20% product performance improvement.
The NCC improve fiberous products (i.e. cement, fiberglass plasterboard and cardboard) material that is stronger and stiffer than glass or carbon fiber and more lightweight at the same time.