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Standard sanitation products usually consist of acetone, heavy metals, formaldehyde, dioxin, and many more chemicals. These substances tend to cause allergies and irritation to the skin, and with prolonged exposure, they may lead to some of the severe health issues. Also, these products are believed to contain carcinogens and harmful hormone disrupters.

Graphene Oxide Strip: The excellent combination of the naturally found element like the graphene oxide along with the hydrogel lining on the sanitary pads is known to reduce the odour or the growth of bacteria as well. They also tend to help with the menstrual cramps as well.
 Unpleasant odour and does not provide any protection from bacteria: The protection fragrances in the regular pads tend to cause irritation of the skin and allergies as well. The damp and warm environment created in the pad promotes fungal and bacterial infection as well.

They are Breathable The conventional sanitary pads tend to restrict the free flow of air while trapping the dampness and heat and promoting the growth of bacterial and fungal infections. However, with the breathable layers that are possible only with the inclusion of graphene oxide that we produce. With the newest techniques of making use of graphene in sanitary products, they become breathable and deter the growth of forms of fungal and bacterial infections.

They have extreme absorbing ability and are able to absorb three times that of conventional sanitary pads. The sufficient supply of hydrogen in the pads can hold up the penetrated water instead of allowing them to back-flow or leak sideways. Our graphene infused sanitary pads has 360-degree wrapping technology that has leak-proof and edge-lock abilities.

The post Graphene Sanitary Pad appeared first on Graphene Research Labs.

Nearly 700 million people in the world do not have access to drinking water. Drinking dirty water has disastrous consequences on the health and nutrition of people, greatly weakening the body. People who drink contaminated water can quickly become malnourished. In fact, 50 percent of cases of child malnutrition is caused by repeated diarrhea and intestinal infections due to dirty water and/or inadequate hygiene.

Despite undeniable progress since 1990, made by governments, NGOs with the support of the United Nations, more than 2 billion people currently do not have access to drinking water. Ninety percent of these people live mainly in rural or remote areas, but the problem would soon be unprecedented, according to climate experts.

Use of Graphene in Water Filtration

Among graphene’s host of remarkable traits, its hydrophobia is probably one of the traits most useful for water treatment. Graphene naturally repels water, but when narrow pores are made in it, rapid water permeation is allowed. This sparked ideas regarding the use of graphene for water filtration and desalination, especially once the technology for making these micro-pores has been achieved. Graphene sheets (perforated with miniature holes) are studied as a method of water filtration, because they are able to let water molecules pass but block the passage of contaminants and substances. Graphene’s small weight and size can contribute to making a lightweight, energy-efficient and environmentally friendly generation of water filters and desalinators.

It has been discovered that thin membranes made from graphene oxide are impermeable to all gases and vapors, besides water, and further research revealed that an accurate mesh can be made to allow ultrafast separation of atomic species that are very similar in size – enabling super-efficient filtering. This opens the door to the possibility of using seawater as a drinking water resource, in a fast and relatively simple way. When the membrane is prepared using these methods, the energy consumed is lower, the operation is simple, the thickness of the Graphene Oxide membrane remains even, the level of flexibility remains intact, and it’s easy to transfer the membrane to other substrates.

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Due to molecular complexity and defense mechanisms of a disease, the use of conventional therapy based on single therapeutic agents that are capable of hitting only a single target is not adequate. The concept called “combination therapy”, described as the simultaneous administration of two or more pharmacologically active agents with different mechanism of reactions, is recognized as a more efficient solution in disease treatment. Graphene and GO, owing to intrinsic physical properties on their planar structures and high surface areas, have unique advantages to load several different drugs and receptors, and are therefore used for the development of multifunctional drug delivery platforms for combined therapies.

The post rGO Drug Delivery Formulation appeared first on Graphene Research Labs.

When we look at the other application areas of reduced graphene oxide we can see it can be used as high capacity energy storage in lithium ion batteries. In these applications, electrically insulating metal oxide nanoparticles/nanopowder are adsorbed onto reduced graphene oxide to increase the performance of these materials in batteries. So it can be said that the high surface area reduced graphene oxide is useful as an energy storage material in supercapacitors.

Reduced graphene oxides can also be used in biosensors. In many researches reduced graphene oxide have been used as components in several systems designed to detect biologically relevant molecules.

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Magneto-rheological Fluid is processed by making use of three prime ingredients:

• the carbonyl iron particles that are also known as the ‘soft’ particles of iron that have a diameter of 3-5 micrometres
• additives to enhance the viscosity and fluidity of the material, helps the particles to remain suspended in liquid, which also helps in reduction of the pace of gravitational settling of the particles of iron
• Also, we make use of hydrocarbon oil as a carrier liquid for producing the MR Fluid.

Why Buy MR Fluid from us?

We manufacture to the specific requirements for each individual and ensure a high quality supply to the various industries and customers. Why customers choose us for purchasing their MR Fluid:

• We ensure that a broad range of stress yield is achieved at a field intensity of the minimal level
• The material manufactured by us provides you with scope for operating at a wide range of temperatures
• Our product delivers an instant response to the Magnetic fields
• We make sure to use the adequate additives that provide ample settling resistivity
• Supports high stability as well
• MR Fluid that we produce is highly dense and viscous
• Demands meagre power as well

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