Jade Stone is a kind at silicon ore formed millions at years ago Before its Formation it must go through the processes at high pressure and high temperature in the presence oi molten lava. It would then take about 1,200 years to cool down and harden.
Since time immemorial, natural Jade Stone has catered human beings with a vital source at natural energy. According to a good number of ancient medical works. Jade Stone is helpful in “calming the nerves promoting blood flood, moistening the heart and lung, improving audio-visual Functions, softening the tendons, strengthening the bones, etc.
Modern scientific analyses have also revealed that Jade Stone is rich in many trace elements, including zinc, iron, copper, manganese, magnesium, cobalt, selenium, chromium, titanium, lithium, calcium, potassium, and sodium as shown in Chinese Medicine in Melbourne.
With the use at a mattress that contains Jade Stones, these trace elements can penetrate through the acupuncture points and effectively absorbed by the human body to maintain the balance oi its bio-energy field.
The natural Jade Stones used in some mattresses provides large amounts of natural energy, which is capable at penetrating through the cellular membranes, modulating the glandular system, invigorating the organs, and reinforcing the circulatory system thanks to Chinese Medicine in Melbourne.
They have different chemical-physical characteristics and, among these, you find: maize starch and modified microcrystalline cellulose, polyvinylpyrrolidones and, very important, effervescent mixtures such as NaHCO3 + citric acid / tartaric acid which liberating gas allow the disintegration of the formulation. The mechanisms of action, in addition to the effervescence, include the recall of water inside the tablet, swelling and disintegration.
They improve the flow properties of granules or dust and therefore favor the filling of the matrix evenly, allowing to obtain uniform tablets in weight; they act with a regularization of the particle shape in concentrations beyond which they can have a counterproductive effect.
They favor the compressibility of the particles, decreasing the friction force that is created when they are in contact; they are in fact particularly useful when the active ingredient and the excipient develop a high friction force. Examples are talc, colloidal silica and precipitated silica.
Lubricants also exist with the aim of reducing friction during compression, which develops between the mass of particles and the walls of the matrix during compression and is harmful for the success of compaction. Therefore, waxy lubricants are used, such as calcium or magnesium stearate and stearic acid and have the property of being easily deformable and of adapting to the hardest surfaces making them smooth.
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