The history of packaging

Perhaps Christmas is the time that best shows the importance of packaging and unwrapping objects. But the history of packaging goes way back before the first Christmas. Our current blog entry will present the brief history of this activity that is sometimes festive, sometimes necessary and is often of industrial size.

A csomagolás története: ókori innovációk

The history of packaging: ancient innovations

Even the ancient Romans… – several history start with a similar retrospect. However, in case of packaging, we have to step back one, two or even more in time. We are sure that cavemen fishing and hunting already found a way to carry hunted wild game or collected crop safely to the cave or to the place of their tribes. Our predecessors usually ate food, but they quickly realized that it was an especially good idea to spare some reserves for times when resources became scarcer. The earliest packaging for them were definitely provided by nature in the forms of bones, skins and leaves.

egyiptomiak csomagolási innovációja

However, what we have specific artifacts of is the packaging innovation of Egyptians. People raising pyramids created glass containers made from a mix of melted limestone, soda, sand and silicate around 1500 BC. In a few hundred years, even bowls and mugs were made from glass. The torch of thinking moving packaging forward were carried over by Phoenicians famous for trading, who discovered blowpipe, while Europe, professing Christian religion, added the creation of transparent glass to all this.

a rómaiak papyrusba csomagoltak

Paper emerged as a packaging material very early, because we have been able to easily transform paper for a long time. It was the Chinese who took the lead in this and who used the bark of mulberry tree to package food in the first and second centuries BC. Back to Romans: their role in the history of packaging is related to a fully classic marketing tool: it has been preserved by Pliny the Elder, a writer who lived in the first century, that Romans packaged alcoholic spirits in papyrus of secondary quality because they looked fine and aesthetic. This was the first known example of the practice that a product was sold by its packaging.

Total metal or from wood to metal

Do we remember Friar Tuck from Robin Hood-movies, who was responsible for beer kept in barrels? Well, wooden casks were invented in Egypt around 7,000 years ago, they became really popular in the Middle Ages, because they could be used to store various food, including liquids, and they were far less fragile than glass or earthenware tools.

The next stop of our journey is Bohemia, where the Czechs could invent tinplate around 1200 that later, around the 14th century, allowed the production of tin cans. The know-how of this was kept a secret for quite a long time in that age, but the transition to metals made the use of tinplate obsolete.

Surprisingly, the concept of canned food is relatively new and is credited to French conqueror, Bonaparte Napoleon. In 1809, the dictator made a promise: the one who presents an appropriate method to protect the food supply of the army will be paid a handsome price of 12,000 francs! The money was pocketed by Nicolas Appert, Parisian chef and confectioner, whose tin can from tin alloy was able to preserve food even after sterilization. One year later, Peter Durant, an Englishman acquired the right to get the tin can patented.

Bonaparte Napoleon nevéhez köthető a konzervétel

The first printed can in the history of metal packaging was made in the United States in 1866. As a further step, it is quite logical: if you have a metal can, you also need a can opener, which was invented in 1875. Still before that, flexible packaging made from metal emerged, and its most important area of use included toothpaste tubes spreading from the 1890s. However, food was filled into such tubes only from 1960. The first aluminum cans similar to today’s products appeared on the shelves of stores in 1959.

konzervek

Another expansion of paper

The industrial revolution and the following mass production made it more necessary than ever before to create a practical packaging material that can be quickly produced. Fortunately, the production line producing paper bag was already established by the 1870s, and paper gluing technologies were also discovered. In that time, Robert Gair, a Brooklyn manufacturer figured out also how to produce cardboard boxes.

kartondoboz

The flat packed box could be opened, so it was possible to create an inexpensive square-shaped container that was easy to assemble. Despite seeming to be a simple idea, this invention has revolutionized packaging industry. We are only one step from Kellogg’s products that are still familiar from stores. It is 1906, and the healthy food of the brothers named after them was basically first prepared for holiday guests of their sanitarium in Battle Creek. They put flaked cereal into a waxy heat-sealed box and wrapped paper around it. The brand name and advertisement were put onto this. “Toasted Corn Flakes”, the product from Michigan state has become so successful that it soon has changed the breakfast habits of masses.

The revolution of plastic

In the 20th century, a remarkable packaging material was discovered: cellophane first emerged between the two world wars and it indicated the beginning of the plastic age. (Although the material has been known since the 19th century, it was primarily maintained for military purposes.) Celluloid was created during the American Civil War, between 1861 and 1865, due to a competition: due to the lack of elephant ivory, one of the billiard ball producing companies of the United States offered a prize of 10,000 dollars for a material replacing elephant ivory. John Wesley Hyatt, a New York engineer and his brother, Isaiah Smith Hyatt created the new material after several years of experiments.

műanyag palackok

The first plastic was made by Alexander Parkers in 1838, and it was presented at the Great London Exposition of 1862. Polyethylene was discovered in 1933 and it was primarily used for production of plastic bags and films. Breakthrough came in 1920. In this year, Hermann Staudinger, a German chemist stated in one of his studies that rubber and other polymers, such as starch, cellulose and proteins attach to covalent bonds as long chains of short, repetitive molecular units. This concept resulted in Staudinger receiving a Nobel Prize in 1953 and in a milestone in the history of packaging: the result of his research made it possible to produce several types of plastic and textile, that is the packaging that is inexpensive to produce and that can be produced in vast quantities. The golden age of plastic would have never come without Staudinger.

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Read more: The history of packaging

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3M double-sided tape: a versatile solution

Small rain lays great dust. There is no better proverb to describe the double-sided tape of 3M. This group of products was made with the promise that it will stick well to any surface, and that we can stick even two different materials together safely and for a long time.

What is the main point of 3M double-sided tapes?

The unique property of double-sided tapes – which is already illustrated by their names – is that a pressure sensitive adhesive can be found on both sides of the tape, allowing two surfaces to be stuck together with the tape between them. The size of the material carrying the adhesive can vary from a thin film to a fraction of millimeter, but it can be even significantly thicker than that. These products can have the same adhesive on both sides but also different adhesives to meet the bonding requirements of different surfaces.

Advantages

These tapes have a compact size (for example Scotch brand is famous for the snail-shaped product), materials of different surfaces can be stuck together easily, and they protect the materials stuck together from moisture as well. If you need to stick two surfaces together as quickly as possible, this is the best solution and the one readily available for immediate use.

The thicker type

Basically, there are two groups of double-sided tapes. The first group includes the thicker types, such as 3M™ VHB™ tape, which is an adhesive for industrial use. 3M VHB tape is created by using acrylic foam, which is viscoelastic, that is very flexible, but it can maintain its strength quality, while efficiently fitting to any object.

The properties of acrylic foam to absorb energy and to reduce stress allow it to perfectly fit to any surface and even to move with the item it is connected to. In addition to this, it provides an extremely durable adhesion on every surface, moreover, it can absorb every hit combined with its flexibility qualities, so it is perfect both for static and dynamic actions. In this adhesive tape, there is a strong adhesive mix, which results in its strong and long-lasting effect.

It can be used in a variety of ways

In transportation, on the side of vehicles, they resist extremes of cold and heat, they tackle moisture and UV, and they are a better fixing solution than rivets or screws. We can find thicker double-sided tapes in the construction sector, where the tapes stick one flooring onto the other. Their use in electronics – such as in the production of high-resolution televisions – proves that they meet even the highest requirements, but they can be found almost as an “invisible” adhesive in apparatus as well.

 

3M™ 9084 Nagy teljesítményű kétoldalú ragasztószalag, 1550mm x 50m

The thinner types of 3M double-sided tape

Thin adhesives make it possible to hide massive fasteners during design, but also to establish bonds of industrial strength. However, despite being thin, they have outstanding performance, which is the reason for these types being used in electronics, in creating the internal space of vehicles, in graphic arts or in sports equipment designed for more demanding use.

These even have a type – such as 3M™ 100MP high-performance acrylic adhesive tape – which was designed for an operating temperature of 149°C, and is used for purposes with extraordinary performance, like in pneumatic deicing boots in aircrafts and in lightning protection systems in particular.

Everyday use of double-sided tapes

If we break away from the world of industrial buildings and plants, no average household can spare double-sided tapes. They can be useful in installing durable floor coverings, in carpet laying, in installing insulation or heating mats, but there are very interesting practices as well. One of such uses was when someone fitted a sign on the wallpaper, and double-sided tape was the true solution (with some foam added behind the sign).

According to professional renovators and builders, when removing such types of tapes, we have to pay attention that the tape forms an acute angle at most to the surface. This might seem to be a slow, persnickety work requiring a lot of patience, but this is the only way to avoid that undesirable pieces remain on the wall.

In the last 40 years, 3M can present the production of thick double-sided tapes of 7,620,000 km. These are very powerful figures, which proves the expertise and experience of the company. In addition to this, several other products can be found in their range: black, white, colored, transparent tapes, but also spray, waterproof and universal tapes are available, which means a very wide variety for outdoor and indoor use.

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Packaging technology, or what is around the product

Packaging is the necessary good that Is “added” to every product. Since the proliferation of mass production, machinery and freight forwarding, production has embraced this truth, creating a whole new industry. A brief introduction to packaging technology.

Why do we need packaging technology?

First of all, basically, we are talking about the covering and physical form of goods and all tools and procedures that are used to create such coverings. The most important purpose of packaging is the preservation of the quality of goods, the protection of goods from external environmental effects (such as mechanical effects, sunlight, humidity, moisture, temperature, air, physical and chemical pollution).

Basically, packaging technology contains goods in units, that is it gives the goods a shape with a specific packaging form that means uniform sizes. First, it is the only way to ensure that the end product complies with basic principles required in Hungarian or European Union regulations, second, that it supports the distribution and logistics process – storage, transportation – later.

Another important task of packaging technology is to sell the product: to send an obvious message to the target group of the specific product with an attractive and up-to-date appearance. This marketing function is more and more important as the most unexpected products that may seem unconventional at first are also introduced with an attractive design. In today’s world, it is much more difficult to sell a product that has an “uglier” packaging and advertises only its function. In a culture based on visuals (Facebook, Instagram, Pinterest), packaging also has a strong visual role.

The history of packaging technology

Although it was started by the Turkish in the Middle Ages, a narrower packaging technology emerged only in 1850, when packaging was already used as a marketing tool. At that time, condensed milk was advertised as a cleaner product due to being kept in a packaging, moreover, the packaging also suggested that the product was of a high quality. Packaging began to draw more and more attention from that point, which now presents the essential characteristics of a product.

The first supermarket to offer only packaged products on its shelves appeared in New York, in 1907. Various research, questionnaires and psychological examinations have proven the significant role of packaging in the decision of whether the customer buys a specific product again or not.

Issues related to packaging – primarily due to climate protection and to reduction of waste – are still very important and keep the innovation of the packaging industry moving.

Types of packaging

The diversity of packaging is amazing. Let us take a look around from this aspect and let us see what materials are possible to use!

There is transport packaging, where the protective function and the appropriate tensile strength is the primary aim. The important aspect here is to make moving and storage easier.

There is no packaging without packaging materials. This includes materials for packaging (paper-based, such as bags, pouches, paper bags, boxes, crates). Metal-based packaging is also widespread: a rigid container is made from steel, such as barrel, can, bucket, tin can. Aluminum is lighter, more resistant to corrosion, it is considered as a more up-to-date material. Glass packaging includes ampoule, vial, bottle, jar. Products of textile packaging are bale, sack, bag, while wooden packaging means barrel, container and crate.

Plastic packaging is extremely widespread: in this case, thermoplastic types are used, so they are easy to form and close. The packaging technology with plastic materials use flexible packaging thinner than 1 mm (pouch, bag, sack, film) and rigid types thicker than 1 mm (tube, cup, tray, box, crate, barrel, bottle, case).

There is no packaging without mandatory labeling. This includes for example the specification of ingredients, net weight or volume, date of minimum durability or use-by date or the name of the producer or distributor.

Of course, packaging industry is expanding. It offers tools like air cushion- or zip lock products, various films, adhesive applicators, special-purpose tapes or cleaning preparations.

The future of packaging technology

We can already get news of very exciting developments withing the industry. For example, there are experiments to replace plastics with fiber-based packaging, furthermore, the RFID chip has become part of the packaging with the introduction of intelligent packaging, which allows to track goods more easily. Finally, green technology and 3D printing are the two areas that could produce more and more, interesting innovations in the future.

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