Chocolate Blister Box Packaging

Chocolate blister box, usually made of pet, pp or ps material.
PET material has good toughness, high strength, bright surface, non-toxic, environmentally friendly, and a variety of colors to choose from.
PP material is soft, good toughness, non-toxic, high temperature resistance, poor plasticity, difficult to process, poor surface gloss, and the color will become lighter after processing.
PS is low-density, light-weight, environmentally friendly, non-toxic, and has good plasticity, but poor toughness and brittleness. It can only be used as a plastic base for chocolate.
If the chocolate blister box is silver-plated or silver-plated blister tray is generally made of pet material, it can also be used according to practical needs.

Chocolate blister inner tray

Chocolate blister boxes are round, square, heart-shaped, etc. Chocolate blister can improve the price and image of the product itself, as well as the role of shaping and dissemination, which has a significant impact on the brand image and popularity of the company. .
The chocolate blister box sheet is formed into a plastic box shape by high temperature heating, vacuum suction and cooling, and can also be heated and blistered according to the shape customized by customers. Blister has the transparency of packaging. With transparent plastic packaging, products have good aesthetics through packaging, which can increase consumer spending.

Forming Characteristics of Sheets in Blister Technology

The sheet used for forming, whether it is single-layer or multi-layer composite, must have the following properties: 1. Plastic memory, that is, when the softened sheet is stretched, it has both the tendency to shrink and resist the tensile force, and the A tendency to stretch evenly. This feature allows an already formed article to return to its original flat sheet shape if it is reheated to its original forming temperature. This characteristic has an important influence on the stretching of the forming process. 2. Thermal stretching, that is, the sheet can be stretched when heated, which has a great influence on the shape and quality of the product. Some can stretch 15% to 20%, while some can even stretch to 500% to 600%. 3. Thermal strength, that is, as long as the heated and softened sheet is subjected to a little pressure, a clear outline will be formed on the mold. On the contrary, if too much pressure is required to form, and the pressure difference provided by vacuum forming is limited, it is difficult to display some fine patterns. Fourth, the forming temperature, that is, the forming sheet needs to have a suitable processing temperature range. Not only is it easy to form at its softening temperature when heated, but also has a certain distance from its melting temperature, and the forming temperature range is wide; it cannot only be formed in a small specific temperature range. When the temperature is high or low, the forming is easy to tear. , collapse, etc.

Comparison of blister packaging and carton packaging

The rapid development of the commodity market has resulted in a variety of packaging being displayed on the market, of which blister packaging and carton packaging were once the two main directions for consumers to choose. So what are the spring and autumn of these two kinds of packaging? Here we discuss the advantages and disadvantages of the two from a few obvious entry points:
1. In terms of cost value: all items that use blister packaging are high-grade items, giving people a sense of quality and value, which is a better choice for sales packaging. Compared with plastic packaging, paper product packaging is relatively bland, and the shape breakthrough is small.
2. In terms of material performance: the biggest disadvantage of carton packaging is poor waterproofness, which is precisely the advantage of plastic packaging based on blister packaging. In addition, the blister packaging is not easy to deform, and the blister shape can be made according to the shape of the product, which can effectively ensure that the product is not damaged. To expand the market, the quality of transportation becomes an important indicator. The anti-vibration, waterproof and anti-mildew functions of plastic here greatly enhance the integrity of the product, and it is the preferred packaging for electronic products, fragile products, and high-end durable goods.
3. Environmental performance: waste blister packaging boxes are easy to preserve and have a high recycling rate; studies have shown that papermaking is more responsible for resource consumption and environmental pollution than the production of plastic products. And paper product packaging consumes a lot of wood, which is not a wise move in terms of the entire sustainable development trend. Choose blister packaging or carton packaging, the benevolent sees the benevolent and the wise sees the wisdom.

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Uniquely designed Jindi “Tim Fun” chocolate tray

Chocolate beans are round, cute, and melt-in-your-mouth. Many children love it. At the same time, it is also one of the choices of leisure food for fashionable young men and women. If it was a bag of chocolate chips and a cylinder of chocolate chips, which one would you choose to buy? I believe that most people will choose to buy chocolate chips in cylinders. However, although merchants will produce chocolate beans in tubes according to consumers’ preferences, how to place such a tube with a diameter of only 3cm~4cm and attract consumers’ attention? Let’s take a look at how Jindi’s “Tim Fun” chocolate beans can solve this problem.

It turns out that the secret lies in this chocolate tray full of “eyes”. This deceptively simple tray embodies the designer’s whimsy and creativity. After they die-cut a square piece of corrugated cardboard, after 6 times of bending (everyone knows, a rectangular piece of paper can be formed into a cuboid without the upper and lower bottom after 3 times of bending. You might as well take a piece of rectangular paper and fold it like this The long side is kept the same length, and the short side is shortened by 1/2. Does it form a cuboid with partitions?) After that, a double-layer board with a distance of 1 cm is formed. The partitions and The double-layer plate formed by the panel gives the chocolate bar two fulcrums, thus more effectively stabilizing the product and preventing accidental overturning. Even if there is only one tube of chocolate left after the whole plate of chocolate is sold, it can still remain standing. However, the design accuracy of the position of the die-cutting hole is relatively high, so that it is convenient for the machine to directly load the plate.

Drafting temperature of medical blister packaging box

Each thermoplastic material of the medical blister packaging box will exert great drafting at a certain temperature, and only a minimum force is required for drafting at the most suitable molding temperature. Assuming that the vacuum blister molding machine cannot provide the necessary force, the formed sheet needs to be further heated so that the product can achieve the required standard accuracy, that is, the sheet cannot be molded under the optimal stretching plan. . Assuming that the accuracy requirements in the actual processing process are too high, and the high draft rate is required, the formed sheet requires a higher temperature. For example, the radius of the edge part of the refrigerator liner formed by the male mold is required to be less than 6 mm, or the diameter of the pressure forming bottom of the female mold is less than 1.5 mm.
The higher the requirements of medical blister packaging, the further away from the violation of optimal drafting, which will lead to uneven wall thickness distribution of the product and thin spots on the side walls. There are sharp protruding parts after molding, and the material used will be very unstable during vacuum forming. Process support is very important, but often not enough attention is paid to its role. Assuming that the grid is divided on the unmolded material, the drafting effect can be evaluated after vacuum forming.
The clarity of details is affected by the following factors: the type of plastic material, the thickness of the sheet, the molding temperature, the molding force, the temperature of the molding die and the vent hole.

Does the blister box have a shelf life?

Does the blister box have a shelf life? The design of plastic packaging boxes such as fruit fresh-keeping boxes is more and more widely used in our social life. Blister packaging box is a general term for producing plastic products by the blister process and packaging the products with corresponding equipment. The blister packaging box sheet is heated at high temperature, vacuumed and cooled to form a plastic box. Blister blister The blister is heat-sealed on the surface of a paper card with blister oil, which is often used in common supermarket battery packaging. Its characteristic is that a blister sealing device is required to encapsulate the product between the paper card and the blister. The blister tray adopts the blister process to make the plastic hard sheet into plastic with a specific groove, and the product is placed in the groove to protect and beautify the product. There are also transport-type tray packaging. Convenience is the main thing. If we do it once, maybe they won’t buy a little bit. If you buy a batch, how long will it last? Does the blister box have a shelf life? In fact, plastic packaging boxes such as fruit fresh-keeping boxes actually have a shelf life for students. The use and specific ingredients are also different, and the shelf life is also different. Generally, the shelf life of plastic is 2 to 4 years.
Some Chinese plastic packaging boxes indicate the date of production activities and the shelf life of the company, but there are also some main products that do not, perhaps just choose one.
How to improve the judgment of whether the purchased plastic packaging box is in the shelf life? In fact, these can be seen directly with the naked eye.
Plastics have passed some shelf life, and some engineering plastics have become brittle, yellowed, and cracked. These problems are all manifestations of the expiration of plastics in my country, but these can only be seen on hard plastics. Regarding fresh-keeping bags and garbage bags Waiting for soft plastic, it is not easy to be found when it has expired.
So, can plastic packaging boxes that have passed the shelf life still be used for continuous learning? Plastic packaging products for food such as crisper boxes and milk bottles are not only related to people’s physical and mental health. Such as plastics and their products, even if they have expired, the impact of the formation is not very large.
Do not expose to high temperature for research. Perhaps the data preservation and management are not scientific and reasonable, which will further accelerate the aging of construction plastics and shorten the shelf life of plastics.

Blister Packaging Innovations Furnish Versatile Solutions

Blisters are among the most familiar packages found in retail settings. The versatile packaging solution encompasses a number of styles, including clamshells, trapped blisters and boxed blisters. With applications across the entire commercial packaging spectrum, blisters house diverse products, from high-end electronics to children’s toys.
The correct blister package for a given job depends upon the item to be enclosed and its unique marketing requirements, as well as any other brand imperatives. With these considerations in mind, producers from food, pharmaceutical, cosmetics, and other industries consult with packaging providers to meet their particular needs. And while the shared goal is bringing goods to market, there is more than one way to get the job done with blister packaging. Today’s trends include innovative advances like boxed blisters that use less material, and pharmaceutical blisters, which continue to grow more popular.

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Weighing The Benefits Of Blister Packaging
Each industry using blister packages selects them for unique reasons. For some, merchandising is an important consideration, as well as protecting goods. In other cases, blisters furnish the best path to regulatory compliance. Still other producers rely on tamper proof versions for enhanced security on retail sales floors. It is this versatility, which makes blisters ideal for so many different products.

Custom Forming – Blisters are formed using heat, or in some cases cold-pressed. As a result, they can be made in almost any conceivable shape, which often follows the contours of packaged items. Molding blister packages in precise shapes provides cushioning for individual items, which are securely cradled during shipment. And custom shapes also reinforce brand identity, as repeat customers begin to associate unique package shapes with their preferred products.

Visibility – In many cases, the closest thing to actually handling a product is a shopper’s ability to feel its outline through a molded blister pack. And since most packages are clear, the items inside are highly visibility to curious consumers. Without damaging them or creating shop worn goods, consumers get a feel for the heft of products, easily inspecting product features at the same time.

Merchandising Value – Blister packaging can be outfitted with hang holes and other merchandising features. And the glossy appearance of thermoformed plastic elevates perceived product value, making blisters appropriate for a wide range of price points.

Product Protection and Integrity – Keeping goods secure at each stage of the consumer supply chain is an essential feature of product packaging. And since rigid plastic packages offer built-in protection, blisters furnish adaptable solutions for a variety of goods. Not only are blister packs safe from tampering, but they can be outfitted with special materials to inhibit exposure to moisture, air and potential contaminants.

Boxed Blister Packaging
Blister packages are typically made of PVC, incorporating various supporting materials to complete each package. A blister card, for example, bonds the molded plastic feature to a sturdy backer designed for hanging or merchandising in a counter tray. And traditional “trapped” blister packages employ two cards or a folded card to entirely encapsulate the blister package seams.

Boxed blisters, on the other hand, perform similar functions, but don’t “trap” the blister package portion in the same way. Instead, boxed blisters are assembled by sliding the molded plastic forms into paperboard sleeves. The blisters are then held in place by folded tabs on the sleeves.

In addition to standard benefits of blister packaging, boxed blisters also present distinct advantages. For starters, constructing blister packages in this manner reduces the amount of materials used. The blister itself uses less plastic, and the sleeve requires less paper than traditional cards and folded enclosures.

Steady Growth In Pharmaceutical Packaging
Foil Blister Packaging – CardedBlister packaging does not have the same history in the United States that it does in European markets. In Europe, a large share of pills, tablets, and capsules are dispensed from single-dose blister packs, while the United States has traditionally favored bottles and jars. Tides are turning, however, as pharmaceutical and supplement producers recognize the convenience and effe

ctiveness of blisters. In addition to tamper-resistance and product protection, single-dose unit blisters increase patient compliance, by making doses easier to track.

Constructed of formed plastic sheets and foil or paper backs, blisters serve over the counter customers as well as prescription clientele. Within the global pharmaceutical packaging industry, blister packs are estimated to account for about 17% of the market. This already represents more than eight billion USD in annual revenue, but pharmaceutical blister packaging is expected to continue making gains over the next five years. New FDA regulations mandating single-dose packaging in hospitals can only add to the blister boom.

Between 2015 and 2019 the pharmaceutical blister pack industry is expected to grow by 6%, reflecting increased demand and blister packaging innovation. Boxed blisters and other responsible packaging practices will also gain ground, as consumers align themselves with brands that share their values. Economy, product integrity and versatile merchandising capabilities will continue to drive producers toward blister packaging solutions, but the ultimate test lies with consumers, who appear to be embracing the benefits of user-friendly blisters.

FROM:Assemblies

What Are The Advantages Of Blister Card Packaging

Blister packaging represents one of the most widely used packaging methods. It is utilized for packing countless retail items, including tools, cosmetics and household products. The flexible option furnishes a number of advantages, so it is a go-to solution for a variety of unique products.

“Foil” blister packaging options include over the counter pill packs that utilize pre-formed blisters backed by foil material. A date and lot code is printed on the foil side to establish traceability. To access the pills or tablets they contain, consumers simply press on the plastic blister portion of the package to push the pill through the thin foil backing. These standard blister configurations are widely applied to cold remedies, dietary supplements and other pharmaceutical and nutraceutical goods. Once formed and filled, the sheets of individual tablets are often enclosed in secondary boxes for pharmacy or retail merchandising.

Another form of blister packaging is referred to as a “Carded” blister. There are a few design options with this type of retail blistering process. A “face-seal” seal blister is where the plastic is created with an outer flange which is sealed using dedicated sealing “nests” that press heat in the flange area to activate the glue on the blister card which secures the blister and the product to the card.

The blister card, which is made of SBS and is a rigid substrate (has an industry standard thickness of .020”) can be used to merchandise products vertically by incorporating a die-cut hang hole (often referred to as a “Sombrero” because of its shape) into the top of each card. Custom thermoformed shapes and sizes accommodate a variety of retail products which make the retail product 100% visible to the consumer while giving the end product a high gloss presentation. Goods presented this way allow for a large “billboard” area for graphics and instructions on the front and back of the card all while protecting the product in shipping and in the stores as a theft-resistant packaging option.

Another option of carded blistering is the “Trap” blister. This is where one fold-over blister card or a two-carded solution will “trap” the flanges of the custom blister in-between the cards to give the overall package a cleaner, more finished look. Many of the large format blisters you see in the club stores will incorporate this “trap” feature.

Advantages Of Blister Card Packaging
In addition to the attractive glossy merchandising impact of carded blister packs, the packaging method carries further advantages over other approaches. Visibility, for example, is high for consumers shopping blister-carded items, because they can see through the formed PVC to get a good look at the goods inside. And while the packages are shopper-friendly, they also protect retailers by furnishing sturdy protection against consumer handling – avoiding “shop-worn” damage to well-handled goods.

Custom forming creates unique blister packs for each item they contain, setting them apart from competing retail items. And when cards are attached, sellers can use the space to incorporate graphics and product information on the flat surfaces provided by the cards

Product Protection
Custom thermoformed blisters are typically made out of PVC but can also be made out of PET or PETG. The latter two are more commonly found in imported blisters and are not as prevalent with US manufacturers. Blister cards are usually printed on SBS (Solid bleached sulfate) which is a virgin material which is best suited for high quality graphics and printing. Blister cards can be varnished with either an Aqueous, or water-based protective coat, or UV (ultra-violet), which provides a glossy look while adding additional protection from light, humidity and other influences is accomplished using the proper materials and coatings.

Then, ALL blister cards receive a final “blister coat”, which is an adhesive layer either applied to the front or the back which ends up being the “secret sauce” for the blistering process and the main reason why most printers cannot support this type of carded product. Contract packaging professionals familiar with state of the art advances in blister card packaging furnish vital recommendations for methods and materials best-suited for your project.

Blister Card Innovation
Formed plastic packaging has a bad reputation in some circles, due to the amount of plastic waste it generates and for the occasional difficulty consumers experience getting to the products inside. As a result, trending innovations in blister packaging include eco-friendly packages that use recycled materials as well as improvements put in place for the benefit of blister pack end-users.

Child-resistant versions of blister packaging have come to market, as well as options with enhanced security features to protect against tampering and counterfeiting. Color-coding and unique blister package designs that “trap” the flanged blister between a front and a back card (or fold over card) gives a cleaner look to the end product by hiding the flanges. This is a great way for marketing a product that is a higher end retail item.
Blister packaging provide worthy options for retail products in a variety of categories, including cosmetics, candy, dietary supplements, games, toys, household, tools, automotive, lawn and garden, hardware, single dose pills, pharmaceuticals, and a host of others. Contract packagers provide custom strategies for marketing diverse goods, using blister cards to stimulate fast retail turns and high brand visibility.

What is semi-blister packaging and what problems are prone to appear in production?

The semi-blister packaging means double-blister packaging with half-exposed products. It refers to the packaging form in which two blisters are used to encapsulate the paper card and the product, and the product is partially exposed to the outside of the blister. It is suitable for particularly long product. Its characteristic is that it requires manual scissors to cut the exposed part of the blister, and then use a high-frequency machine to seal the double blister. The efficiency is low, the packaging cost is high, but the visual effect is good, and it can meet the needs of users in the supermarket. When goods, directly touch the demand of the product.
Issues that should be paid attention to in semi-blister packaging:
1. Products that are easy to get dirty are not easy to use this type of packaging;
2. When cutting holes on the blister, pay attention to the neat edges;
3. The blister must be made of PVC or PETG rigid sheet.

How does the anti-static blister tray achieve anti-static

Many people don’t know how anti-static blister trays are made. In everyone’s concept, blister trays are nothing more than the plastic industry and conductive anti-static voltage roots. As a manufacturer of anti-static blister trays, let’s interpret for everyone, how do anti-static blister trays achieve anti-static?
The anti-static blister tray is made by adding a certain conductive medium to the ordinary blister raw material sheet, so that the packaged product has a certain degree of conductivity and does not generate static electricity. Ordinary blister trays will cause static damage to some IT and electronic products due to the strong insulation of the plastic itself and the characteristics of extremely easy to generate static electricity.
According to the amount of conductive medium added and the actual measured surface resistance value of the product, we generally call the blister plate with the surface resistance value of 10 to the 11th power of 10 to the 11th power of 10 as an anti-static blister product. The blister disc with a surface resistance value of 10 to the 7th power of 10 ohms is called an antistatic blister product. Most of the anti-static blister products are in the form of trays, and a small amount are packaged in double blister and double-fold blister. The materials selected are generally PS, PET, and PVC.