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Why Are Bank Cards Plastic? Plastic İn The Bathroom: Innovation , Durability And Hygiene Biodegradable Plastics: Environmentally Friendly Alternatives And Sustainability Why Are Digital Memory Plastic? The Relationship Between Natural Gas Prices And Plastics: Industrial Production And Cost Dynamics Elasto -plastic Materials: Balance Of Flexibility And Plasticity Electrically Conductive Plastics: Materials Of The Future Plastic İn Electric Cars: Lightness, Durability And Sustainability Recycled Materials: Innovative Solutions For An Eco-friendly Future The Magic Of Nylon Strings On The Classical Guitar: An Expression Of Wealth And Elegance Compound : An Important Material Used İn The Plastic Industry Composite Materials: Structure, Advantages And Industrial Usage Areas The Role Of Plastic İn Horror Cinema: A Tool That Reflects Tension And Fear Metal Detectable Plastics: An Innovative Solution İn Food Safety Engineering Plastics: Strong And Diverse Materials İn Industrial Applications The Role Of Plastic İn 3d Printers: Its Importance İn Innovative Production Processes The Importance Of Plastic İn The Packaging Industry
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The Fire Burns Down Where İt Fell

Issue 11
  • The Fire Burns Down Where İt Fell

Pandemic does not prevent the human spirit. Summer is here, the flowers are blooming, the sun is roasting from the top with all its glory. The beaches are chirping and the picnic areas are overflowing. The forests are vulnerable and silent. A discarded butt, a forgotten piece of glass, a fire burning unconsciously protects our forests, lungs. Rising fumes destroying growing flames, a legacy of millions of years. After .. after that is sadness! Trees, mortars, plants and even houses people, the world is crying indiscriminately. Of course, fires exist in our lives. They are not natural disasters, but their destruction can be as strong as natural disasters.

It is of course possible to take measures against fires. First you need to be conscious. Where are the fires burned, how to burn the fire, how to use electrical appliances at home, how to check the sockets, why the hob should be checked are the biggest precautionary questions. Other measures are equivalent to the power of technology and finance. Firefighting planes, helicopters, carts, hoses, foams, chemicals, clothes, axes and of course people. Man is a hero who manages these crises and needs to be protected. Firefighter protective suits are shields designed with technology. They are made of Nomex material. It consists of a mixture of two substances such as Nomex (meta-aramid) and kevler (para-aramid) in different proportions. Nomex is fiber technology that protects against heat and flameThanks to this feature, it is an ideal product for company employees operating in oil, chemical, metal, transportation, energy and electricity industries. It is a non-flammable and non-flammable material thanks to its special molecular structure. It is widely used all over the world in firefighter suits, clothes in areas at risk of flaming and shining, and clothes exposed to liquid metal splashes. Polymer; Aramid (Twaron · Kevlar · Teknora · Nomex) · Lycra · Microfiber · Modacrylic · Nylon · Olefin · Orlon · Polyester · Polyethylene (Ultra high molecular weight polyethylene) · Vinalon · Vinyon · Zylon fibers.

Protective suits consist of 2 parts: jacket and pants. The jacket collar is designed to protect the nape and throat. It is antistatic and can be worn comfortably. The trousers are designed to be comfortable to scratch. The seams of the moisture barriers were welded with a welding tape at a certain temperature in order to prevent liquids from leaking from the seams. The jacket is designed to protect the waist area and is short enough to prevent creep if the fireman crawls. Reflector tape is sewn and glued to various places of the jacket and trousers. It is heavy enough for the firefighter to carry. Heat, flame and sprinkler are tested.

Protective suits consist of 4 layers.

1- Outer fabric

2- Moisture barrier

3- Heat barrier

4- Inner lining

OUTER FABRIC

It is the fabric located outside of the jacket and trousers. This layer is the layer that prevents heat, water, oil and chemical liquids from entering in a certain amount.

MOISTURE BARRIER

It is the second layer immediately located under the outer fabric. This layer is a surface that does not pass water from outside to inside and enables ventilation from inside to outside (such as the removal of moisture formed in the body). This layer can also be laminated to the OUTER FABRIC, which consists of the first layer, if required. There are different types and quality moisture barriers.

HEAT BARRIERS

This layer is the third layer just below the moisture barriers. This layer passes the outer fabric and moisture barriers and absorbs the incoming heat laden air bubbles. There are different types, weights and quality heat barriers. (Felt and Knit heat barrier etc.)

INSIDE LINER

This layer is the innermost fabric just below the heat barrier. This fabric is manufactured for ease of contact with the body and is woven from heat resistant material. It will obviously witness new protective clothes with different technologies and material types in the coming years and it will strengthen us by strengthening the plastic…

Cyber Covid-19
From War to Peace, From Fight to Entertainment
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