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Raised floor system with polystyrene

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Architectural innovations have brought adorable changes at the nook and corner of buildings. Floors are not an exception in such innovations. The way the floors looked and felt years ago are now replaced by feathery, classic, and technically advanced flooring ideas. Apart from cost-effectiveness and aesthetics, several other beneficiary aspects were also attached to these advancements in construction.

One of the various flooring styles used these days is the raised floor systems.  Raised floors are floors that are raised over a solid substrate, typically a concrete structure. Also known as access floors, these elevated floors create a void space in between which is ideal for providing underground cables, electrical wiring, and HVAC ducts. Any up-gradation, repair, and rerouting can be done easily without distorting the built areas and the working atmosphere. Similarly, access floors are efficient enough to manage the temperature within the room. Heating and cooling the room can be done effectively by running conditioned or warm air through the void space accordingly. The air will be dispersed evenly through the floor panels and maintains the required warmth or coolness in the room. The efficiency and accessibility of raised floor systems make it an ideal choice in floor construction.

Raised floors are typically used in information technology-related workspaces, telecommunication, and data centers. This space requires more electrical cables and wirings for computers and other electronic equipment. Hence the use of raised floors allows the wirings to be done underneath the flooring space without interrupting the workspace. Similarly, raised floors are also used in training and conference rooms, exhibition spaces, and other supporting rooms. Though, raised floors are ideal flooring solutions, they are not safe in places where there are possibilities for spillage of water or other chemicals which can cause fire or short circuits. Specifically speaking, the raised floor is not advisable to be used in toilets, bathrooms, laboratories, kitchen slabs, fire stairs, etc.

Expanded Polystyrene sheets have been widely gaining acceptance these days for using as raised floors. Because of the exemplary properties possessed by polystyrene, they have become a good choice for raised flooring systems. Polystyrene is a lightweight thermoplastic. Polystyrene possess good thermal insulation property which helps in holding the desired temperature within the rooms. Due to its resistivity towards moisture and microbial the floor will be well protected from degradation.

As said earlier, raised floors are least recommended for kitchen, dining spaces, restaurants, etc. But raised floors with expanded polystyrene sheets can be used in all these spaces. Due to its resistance towards moisture and chemically alert nature, the EPS sheets are said to be the most desirable raised flooring system that could be used. These lightweight sheets are easy to carry and adds no weight to the base structure. Similarly, the weight is spread evenly above the structure avoiding pressure on the underlying electronic equipment. Hence EPS sheets are considered to be the safest raised flooring options these days. The management and alteration of wires and cables in a computer room are comparatively safer with EPS sheets as they act as shock absorbers and avoid damages due to static electricity. The thermal insulation property of expanded polystyrene protects the electrical equipment from temperature fluctuations. Similarly, it also helps in managing the temperature in big buildings. With the uses of EPS sheets as raised floors, the airflow to the rooms and the equipment can be well maintained. The outstanding properties of expanded polystyrene sheets are the reason behind its use in cinema and theatre platforms too. Because of its high durability, the expanded polystyrene sheets require less maintenance and stays for a long period.

Other than being aesthetically appealing and economical, floors are designed based on the need that has to be met. Be it for commercial buildings or housing purpose the expanded polystyrene raised floors seamlessly suits the purpose. The stability it provides as a floor with literally no pressure over the solid base makes it the best-raised flooring option. Though other materials like wood, vinyl, ceramic tiles, rubber, etc. are also used as raised floors, the EPS raised floor has its beneficiary side which no other materials possess. The ability to use in any room where there are possibilities for spillage of water, other food particles, and chemicals makes it an ideal product for raised floors. Apart from all these features, the easiness to carry and reconstruct also make it favorable for raised floor systems. Last but not the least, expanded polystyrene sheets are completely environment friendly and can be recycled and reused for many other purposes.

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Safe Packaging in Expanded Polystyrene Boxes

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Polystyrene, the polymer of styrene monomer, has been widely used for different purposes from a very old time. Because of the amazing properties it possesses, Polystyrene attained wide acceptance across different industries. The thermal insulation property, moisture resistance, electrical insulation, resistance to microorganisms, etc. makes it ideal for a wide range of usage.  Being a thermoplastic, polystyrene could be mold to any shape or size by the application of heat. This light weighing substance is easy to be carried to anywhere. Polystyrene is commonly used in the expanded foam, which is called Expanded Polystyrene (EPS) or Styrofoam. Expanded polystyrene is produced from the solid beads of polystyrene. Being hard, solid plastic, polystyrene is commonly used for food packaging, construction, decoration, horticulture, etc. By combining with other components, polystyrene is also used to make electronic appliances, automobile parts toys, etc.

Expanded polystyrene is an incredibly versatile material. This versatility is the reason behind the use of polystyrene in all major industries. The exemplary properties possessed by polystyrene is well utilized in different ways in various industrial uses. Be it in packaging, construction, electronic appliances, horticulture, or in any other industries, polystyrene served the purpose well.

Polystyrene is commonly used in the packaging of food products. Because of its resistance towards moisture, microbial, and other climatic conditions they are an ideal option for food packaging. Listed below are a few polystyrene packaging solutions used in the food industry.

Vegetable and dates boxes

Vegetable and date boxes are an excellent option for the packaging of perishable and fresh food products. These Expanded polystyrene boxes provide insulation from temperature fluctuations throughout the transit. EPS are proven to be non-toxic and hence are totally safe to use in contact with food. The cushioning and shock-absorbing properties of EPS keeps the food inside stable for a long period of time.

Iceboxes

These lightweight boxes are ideal for food that requires to be stored in cold temperatures. Similar to the vegetable boxes, the thermal insulation, and the moisture-resistant packaging helps the food inside the boxes remain undecayed for a long time. The full roof cushioning property of these boxes helps to avoid damages and breakage throughout the transit.

Salient features of polystyrene boxes

    1. Thermal insulation – The high thermal insulation property of polystyrene prevents the food from getting decayed as well as keeps them fresh.

    2. Moisture resistance – The moisture resistance property of polystyrene helps the packed goods to be stored without damage.
    3. Weather resistance – Since polystyrene is resistant towards any weather conditions, the food inside will remain fresh irrespective of the weather outside.
    4. Good Shock absorber – The polystyrene has good shock-absorbing property so that the packages will not be affected by the sudden shocks during transport.
    5. Microbial resistant – Resistance to microorganisms prevents the food inside from the attack of microbial.
    6. Durability – Polystyrene being a non-degradable plastic are highly durable and can last for many years without destruction.

    7. Lightweight – Since polystyrene is composed of 98% of air, it is light weighted and can be easily carried anywhere.
    8. High compressive strength – Polystyrene possess high compressive strength so that they can be stacked over and transported easily.

    9. CFC free – Polystyrene comprises of pentane molecules which is CFC free thus contributing nothing to the ozone layer depletion.
    10. Cost-effectiveness – polystyrene is easily available and hence it is a cost-effective alternative to be used in many industries.

Polystyrene is an extremely resource-efficient polymer. Polystyrene is made from petrochemicals. Though polystyrene is considered to be plastic, it is composed of 2% polystyrene cellular matrix and the remaining 98% is air. Since the major component is air, Polystyrene uses natural resources efficiently rather than utilizing non-renewable resources.

Being a plastic, derived from petrochemical, it is likely to be environmentally unfriendly. But it does not seem to as hazardous as other plastics. Admitting the fact that Expanded polystyrene is non- biodegradable, it does not pollute air or water with contagious gases. At the same time, polystyrene could be easily recycled. Polystyrene recycling plants assures that 100% of the polystyrene scraps can be recycled and reshaped.  Similarly, used polystyrene boxes can be reused for many other purposes such as cultivating plants, creative works, etc. Though Polystyrene is a non-degradable plastic, if used efficiently it is a completely eco-friendly product.

The exemplary properties of polystyrene are incomparable with any other plastic-based products. Though polystyrene is used in all other industries, the beginning of the polystyrene era was marked by the packaging of food substances. From then on, polystyrene is considered to be the best option for packaging in the food industry. The safety and security it delivers to the food inside and the environment outside makes polystyrene a perfect product for packaging.

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