We now see that medical and health care would not be possible without access to plastic materials. In the past, ceramics, glass, and metals were commonly used for the manufacture and manufacture of medical goods. But today it has been proven that using polymers for this program is more suitable than other materials. These materials have lower weight, lower cost, and high compatibility. One of the most widely used substances in medicine is GPPS.
The use of polystyrene in medicine is related to the manufacture of very hard and durable parts with high transparency as well as fragile medical devices. These materials are naturally transparent but can stain and are also used in a wide range of medical applications.
Polystyrene in medicine
Types of use of polystyrene in medicine
The main applications of polystyrene in medicine include the use of this material in commercial packaging, the manufacture of medical goods, and items such as laboratory tubes, tissue culture trays, test kit containers, Petri dishes, and diagnostic components.
One of the most important uses of polystyrene in medicine is related to pharmacy. As you know, drugs need packaging materials with high standards and requirements for storage. This material has been highly regarded due to its properties such as low cost, lightweight, insulating ability, high flexibility as well as good resistance to mold.
One of the most important examples of polystyrene is High Impact polystyrene (HIPS), which is used in various fields for pharmaceutical, medical, and food packaging. As a non-toxic and frozen material, polystyrene has unique insulation and mechanical properties and can protect drugs in favorable conditions, ie proper temperature and humidity and safe transportation.
Pharmaceutical boxes made of EPS or expanded polystyrene are suitable for medicines and delicate items. These medical boxes can protect their internal contents against sudden temperature changes. These medical boxes are often used to maintain proper heat and resistance and to prevent injuries. They are also used to carry sensitive drugs, chemicals, and vaccines.
Making a medical tube with polystyrene
Characteristics of the use of polystyrene in medicine
- Characteristics of the application of polystyrene in medicine
- The lightweight polystyrenes have made them one of the lightest packaging materials.
- The low weight of polystyrene packaging greatly reduces the weight of the cargo during transportation, which saves fuel and costs.
- Good insulation ability in polystyrenes contributes to the health of medicine and food. These can keep medicines cold or hot as needed.
- These materials do not contain any toxins and have a chemically inert effect. It will not be possible for bacteria and fungi to grow on it.
- Polystyrene is very low in terms of the manufacturing process.
- The impact of carbon on this material is much lower compared to other samples of packaging materials.
The importance of the uses of polystyrene in medicine
Currently, the use of polystyrene is preferred to glass and metals due to its high flexibility. Due to its high strength and durability, this material has become a suitable alternative in recent years in the field of medical packaging and surgical instruments that were previously made of metal.
One of the most important uses of polystyrene in medicine is its use in medical laboratories. The reason for using polystyrene in medicine is the presence of polymer filaments in this material, which has a high resistance and at the same time have fragility. Another feature of polystyrene is that it has a very low melting point.
Considering all the mentioned features, the most important reason for using different types of polystyrene is its transparency, which has caused it to be considered by the manufacturers of medical parts. It is used in the manufacture of parts such as blood storage tubes, caps, test tubes, and serum storage containers.
Manufacture of medical devices with polystyrene
What is HIPS?
This type of polystyrene is a kind of plastic that has a cheap price, despite its high hardness, it heats up easily and can be recycled. In addition to medical uses, this material is used in other fields such as refrigeration insulation, sports and electronic equipment, toys, and food packaging.
This material is very resistant to impact, has a high resistance, and is easily pierced, so it is the best choice for medical packaging and drugs.