Tattoo Harm and Danger
Before we speak about the harms of tattoos, let's get to the bottom of it, What does the paint consist of?
The cheapest paints use more dangerous and harmful components.
- Blue paint (blue color) - This paint usually contains the raw material lapis lazuli.
- Green paint (the green color) - is obtained by using lead or chromium.
- White paint (white) - This paint contains whitewash, zinc, lead and barium.
- Black paint (black color) - is made from soot, wood or bones, and iron.
- Red paint (red color) - is made by using iron or petroleum.
- Yellow paint (yellow color) - is made by using ochre or chromium.
From this material, it can be understood that All paints use pigments that are based on any metals. And now let's talk directly about how much this paint, as well as the process of creating a tattoo itself, can be harmful to health.
If we talk about the paint, then thanks to the research of different scientific organizations, scientists came to the conclusion that some of the paints used in the work can be harmful to health, because these paints contain iron, which negatively affects the human body, all used substances can accumulate and destroy DNA.
Speaking of the process of tattooing, it is no secret that the skin is heavily traumatized by the needle, which is why there is a risk of infection or other diseases, especially if the master used substandard and non-sterile material.
Russian Federation
In Russia, hazard classes have been introduced for substances that may pose a danger to humans or the environment (toxic, infectious, radioactive, explosive, fire hazardous, etc.). For each class, precautionary measures have been developed for work, transportation, storage, in accidents (fire, leakage), and in providing aid to the injured.
Chemical reagents and materials belonging to class I are the most dangerous, class IV the least dangerous. For each class are defined parameters assessing the potential harm that can be caused by the substance. These are parameters such as, for example, the maximum permissible concentration in the air in the work area, the average lethal dose if ingested or inhaled, etc. The parameter with the worst value determines the hazard class. Depending on these parameters, safety instructions for working with the substance are developed.
An example of some substances of different hazard classes: Hazard Class I: Hydrazine, ozone, mercury, strychnine, hydrogen fluoride. Hazard Class II: Methanol, arsenic, sulfuric acid, hydrogen sulfide, antimony, formaldehyde, chloroform, chlorine, fluorine, barium, lead, cadmium. Class III. Substances of moderate danger: silica gel, petrol, nitric and hydrochloric acids, aluminium, copper, manganese and nickel compounds. Class IV. Substances of almost no danger: aluminum, ethanol, ammonia, kerosene, iron compounds.
In addition, in Russia developed GOST R 12.4.026-2001, which regulates safety signs. They are divided into: - prohibitive; - warning; - prescriptive; - indicative.
Warning signs are shown in black on a white background in a red circle, crossed with a red diagonal line. Warning signs are black on a yellow background in a black triangle with the top up. Warning signs are white on a dark blue background, within a circle. Directional signs are white on a blue background, in a square.
There are also fire, evacuation, medical, and some other signs that are rarely used.
How should look the working place of the master of tattoo?
The working place must be sterile! And also there should be a new material and a place for equipment processing (sterilization). The can with paint as well as the syringe itself must be opened in front of you. Before starting work, the master must wash his hands, put on a clean mask and gloves, after the session the master must throw away all used disposable materials.
European countries
In Europe, the commonly used safety signs are square, with graphics in black on an orange background.
Examples of hazard codes: 0 - no danger; 1 - explosive substance; 2 - possible emission of gases; 3 - flammable liquid, flammable gas; 4 - flammable solid substance; 5 - combustible substance 6 - toxic substances; 7 - radioactive substance; 8 - corrosive substance.
In the United States, the NFPA has developed a standard label for chemically hazardous materials. In a compact and clear form, the sign helps hazardous materials handlers and emergency responders quickly determine what precautions to take and how to proceed in an emergency.
The U.S. chemical hazard sign is a diamond-shaped pictogram with four different color-coded marker fields and hazard level codes.
The red field indicates the degree of fire hazard of the material (object). The blue field is the hazard to human health. The yellow field is the degree of explosion hazard. Each field has a number from 0 to 4, indicating the degree of hazard. 0 - zero danger, 4 - maximum danger. The white box shows special purpose symbols, e.g. "OXY" for a strong oxidizing agent. In addition, sometimes non-standard symbols are allowed, such as "BIO" - biological hazard, "ACID" - strong acid.
Hazard symbols or warning symbols are recognizable symbols designed to warn of dangerous or hazardous materials, places or objects, including electrical currents, poisons and radiation. The use of hazard symbols is often regulated by law and directed by standards organizations . Hazard symbols can appear with different colors, backgrounds, borders and additional information in order to indicate the type of hazard and the level of hazard (e.g., toxicity classes). Warning symbols are used in many places instead of, or in addition to, written warnings because they are quickly recognized (faster than reading a written warning) and more often understood (the same symbol can be recognized as having the same meaning in different languages). ,
Risk of infection from tattooing
As you can see, there is a risk of infection, as well as there is a negative impact of tattoos on the human body. That is why it is worth to be careful in choosing a master and salon, it is important to know what material is used, because some salons may use prohibited material.
If you do tattoo for the first time, it is better to begin with a small tattoo in order to see the reaction of your body, as well as to give it adapt to the foreign pigments, after a while your immunity to tattoo will be higher and then you can apply a larger tattoo. Remember that all used pigments do not disappear from your body anywhere.
Do not forget that the correct approach to the choice of salon, masters, materials, as well as the correct care for the tattoo after its applying, will help to avoid a lot of problems and unpleasant moments.
Options, styles, combinations of "Radiation" tattoo sign
In most cases, the radiation sign tattoo is performed in monochrome. The style of the future tattoo depends largely on the chosen sketch. Sometimes the sign of radiation tattoo is performed in alliance with the image of the game character "Stalker".
Usually the sign of radiation is performed in a small size, so it can be placed on the neck, leg, wrist.
Tips for sketches
In case you choose a sketch that has small dimensions to produce its application on the body can almost on the day of treatment in the tattoo - salon. But if you decide to choose a large-scale version, then immediately put a sketch will not work. Because this will need to take measures, to prepare an outline and calculate the number of sessions. And most importantly, precisely think about what you want to get in the end result.
Recommended reading: Ballerina tattoo
Venom symbol
The skull and crossbones-symbol (☠), consisting of a human skull and two crossed bones together behind the skull, is commonly used today as a warning of the danger of death , especially in relation to poisonous substances.
The symbol, or some variation of it, in particular with bones (or swords) below the skull, was also shown on the Jolly Roger , the traditional flag of European and American sea pirates . It is also part of the Canadian WHMIS pet symbols placed on containers to warn that the contents are poisonous.
In the United States, because of concerns that the association of the symbol of the skull and crossed bones with pirates may encourage children to play with toxic materials, the Yuk symbol is also used to indicate poison.
The meaning of radioactivity and biohazard signs.
Good day to all. I became eerily curious about the origin of the biohazard and radiation signs. Who came up with them, and what underlies them. It can't be just a set of figures, they must have some meaning, right? I want to know the meaning, preferably the full story of their creation.
The International Radiation Mark first appeared in 1946 at the University of California Berkeley's Radiation Laboratory. At that time, the sign was purple on a blue background. The modern version is a black sign on a yellow background. The proportions of the design are a central circle of radius R, petals with an inner radius of 1.5-R and an outer radius of 5-R, the petals are spaced at 60° from each other.
On February 19, 2007 IAEA and ISO announced a new symbol for ionizing radiation in addition to the traditional one. The new symbol is intended to warn of the dangerous proximity of a source of ionizing radiation. It is claimed that the new sign will be more understandable for people who are not familiar with the conventional radiation sign.
Biohazard label:
Developed by the Dow Chemical Company in 1966 for its products.
Japanese biohazard sign Charles Baldwin, an environmental engineer who was involved in developing the sign said:
"We wanted something memorable but meaningless, so we could teach people how to identify what it meant."
All parts of the Biohazard Sign can be drawn with a circular and/or ruler. The basic outline of the symbol is a simple trefoil, which is made up of three equally intersecting circles, as in a triple Venn diagram, where the intersecting parts are erased. The diameter of the intersecting part is half the radius of these three circles. Then three inner circles of size 2/3 of the radius of the original circles are inscribed into the original circles so that they slightly touch the outside of the three intersecting circles. The small circle in the center has a diameter equal to half the radius of the three inner circles, its arcs are erased at 90, 210, 330 degrees. The arcs of the inner circles and the small circle are connected by lines. Finally, the ring below it is at a distance of the perimeter of an equilateral triangle formed by the centers of the three intersecting circles. The outer circle of the ring is drawn and closed by arcs from the centers of the inner circles with the shorter radius of the inner circles
The biohazard symbol first appeared in 1966. It was developed by the chemical company Dow Chemical for placement on their products. At that time there was a huge number of different warning symbols, but there was no standardization. So Dow decided to develop its own biohazard warning symbol. More than one department of the company was involved in its development. The requirements were simple - we needed a unique simple but memorable one. To this end, a public survey was conducted, which resulted in the selection of the most memorable symbol. It turned out to be this triangular symbol in bright orange, because this color, as various studies have shown, is the best to see in all conditions.
After that, the symbol was presented to the scientific community, and was approved by all necessary authorities. Today, this "biohazard" sign can be found in laboratories all over the world. The symbol can often be seen in computer games. Also this symbol was used in the symbolism of American rap-core band Biohazard.
The international radiation sign first appeared in 1946 at the University of California Berkeley's radiation laboratory. At the time, the sign was purple on a blue background. The modern version is a black sign on a yellow background. The proportions of the figure are a central circle with radius R, petals with an inner radius of 1.5-R and an outer radius of 5-R, the petals are 60° apart.
In the Unicode table of symbols there is a symbol of radiation hazard sign - ☢ (U+2622).
On February 19, 2007 IAEA and ISO announced a new symbol for ionizing radiation in addition to the traditional one. The new symbol is intended to warn of the dangerous proximity of an ionizing radiation source. It is claimed that the new sign will be more understandable for people who are not familiar with the conventional radiation sign.
Biohazard sign:
Developed by the Dow Chemical Company in 1966 for its products.
Japanese biohazard sign Charles Baldwin, an environmental engineer who was involved in developing the sign said:
"We wanted something memorable but meaningless, so we could teach people how to identify what it meant."
All parts of the Biohazard Symbol can be drawn with a circular and/or a ruler. The basic outline of the symbol is a simple trefoil, which consists of three equally intersecting circles, as in a triple Venn diagram, where the intersecting parts are erased. The diameter of the intersecting part is half the radius of these three circles. Then three inner circles of size 2/3 of the radius of the original circles are inscribed into the original circles so that they slightly touch the outside of the three intersecting circles. The small circle in the center has a diameter equal to half the radius of the three inner circles, its arcs are erased at 90, 210, 330 degrees. The arcs of the inner circles and the small circle are connected by lines. Finally, the ring below it is at a distance of the perimeter of an equilateral triangle formed by the centers of the three intersecting circles. The outer circle of the ring is drawn and closed by arcs from the centers of the inner circles with a shorter radius of the inner circles
The biohazard symbol first appeared in 1966. It was developed by the chemical company Dow Chemical for placement on their products. At that time there was a huge number of different warning symbols, but there was no standardization. So Dow decided to develop its own biohazard warning symbol. More than one department of the company was involved in its development. The requirements were simple - a unique simple but memorable one was needed. To that end, a public survey was conducted, which resulted in the selection of the most memorable symbol. It turned out to be this triangular symbol in bright orange, because this color, as various studies have shown, is the best to see in all conditions.
The symbol was then presented to the scientific community, and was approved by all necessary authorities. Today this "biohazard" sign can be found in laboratories all over the world. The symbol can often be seen in computer games. Also this symbol was used in their symbolism by American rap-core band Biohazard.
