Oh the things you can do with a Plastic Caps(KEXON). Do you save plastic bottle caps and lids? They are perfectly sized for little hands and can be used in oh so many ways. Here is a list of many ways to use these little round resources for learning.

Disclaimer: WARNING – bottle caps can present a chocking hazard. Small parts are not for children under 3 years.

Use plastic bottle caps along with craft sticks for building. This requires a steady hand and a little bit of patience and is a great fine motor activity.

Add a basket of plastic lids to your block center. How do your kids use them in their block creations?

A sensory bin can be filled with bottle caps or bottle caps can be added to a sensory bin filled with another material. Kids can find matching lids, matching colors or the lids can make great little containers for a sensory bin filled with rice, sand, beans, or corn. Kids can make little boats with the lids for a sensory bin filled with water. Bottle caps would also be a great addition to the sand box.

A bunch of bottle caps can be used with toy dump trucks, tractors, wagons, front-end loaders etc.

Color code containers and ask kids to sort lids into the appropriate colored containers or place colored puffballs into upside-down lids. Add a pair of tongs with large puffballs or a pair of tweezers with small puffballs for another great fine motor exercise.

Sort all of the lids by size. Can they be nested? Can they be stacked by size? How tall is the stack? How many can be nested together?

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I found that the kitchen is more of a horizontal-surface cleaning environment, while the bath is more of a vertical-surface environment. This is important, because a Trigger Sprayer(KEXON) interacts differently with the hand depending on the type of surface to be cleaned. And different trigger/grip configurations seem more conducive to each environment.

Some bottles feature a protruding flange in the back of the spray head that asks users to carry the weight on the back of the hand. Others expect the bulk of the weight to be carried in the grip, where the fingers and palm meet the bottle neck.

For instance, in spraying a horizontal surface like a kitchen counter, the nozzle must pivot down. To achieve this angle, the weight of the bottle must be swung like a pendulum, up and away. I found that weight on the back of the hand, via the flange, allows users’ fingers more freedom to pull the bottle back and point it down without straining the wrist.

In spraying a vertical surface like a shower stall in the bathroom, the opposite seems to be true. Pointing the nozzle upward requires pressure on the palm of the hand against the rear neck of the bottle. Deep contours in the forward neck seem to help consumers carry the weight on the gripping fingers best; a few users also appreciated the texture and contours on the back of some bottle necks.

But, it’s important to point out that this configuration makes spraying a horizontal surface more difficult, because fingers must not only carry and swing the weight but also activate the trigger. And, in the same way, asking the weight to be placed on the back of the hand when spraying a vertical surface appears less effective, since the palm is best suited to swing the bottle upward.

Why is any of this important? Because a key learning is that, as a trigger sprayer configuration takes on more locations, tasks and surfaces, it may not perform optimally in each. This awareness is compounded by a few other situational differences regarding the spray action itself.

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This improvement in PE’s properties, thanks to "After Crystallization", is utilized in order to produce Hot-Fill PE Bottle(KEXON). The performs are here, in contrast to the standard stretch blow molding process, not blown into a cold mould, but into one heated up to as much as 160°C.

To enable the bottles to be removed from the hot moulds however, they have to be cooled. For this purpose, compressed air is blown through bores in the tubular-shaped Stretching Rod, which cools the bottle from the inside known as a flushing-air process.

The heating time for the preforms is longer, since hot-fill PE bottles are always manufactured from heavy preforms, so as to obtain increased stability.

In the heat-set process, the bottle’s characteristics depend even more closely on the process settings and the choice of preform than is the case in the standard process. In particular, the temperature of the product during filling and the time during which this temperature has to be maintained, are crucial factors. The higher the thermal stress, the higher the degree of crystallinity required. In order to obtain a very high degree of crystallinity, a long crystallization time in the blowing mold is needed. Consequently, the more crystallinity is required, the lower the station’s output will be.

PE container for Hot Filled Applications

The container's body side wall is rigidized against radical and longitudinal vacuum distribution so that paper labels can be applied to the container. In addition, the amorphous threaded mouth of the container is rigidized by gussets molded into the container at the junction of the mouth and body portion of the container to resist deformation when the container is capped. Finally, a bulbous vacuum deformation area in the container is provided adjacent the container mouth.

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The contents of the cosmetic Airless Bottle(KEXON) can be completely isolated from the air, avoiding the oxidative deterioration of the product due to exposure to air, breeding bacteria, and upgrading the product with its high-tech concept. The airless bottle that is used in the market consists of a cylindrical ellipsoidal container plus a piston placed at the bottom. Its design principle is to use the contraction force of the spring, and does not allow air to enter the bottle, causing a vacuum state, and using atmospheric pressure to push the piston of the bottom of the bottle to advance.

However, due to the spring force and atmospheric pressure, sufficient force cannot be given, so the piston cannot fit too tightly with the bottle wall, otherwise the piston will not be able to rise and advance due to excessive resistance; on the contrary, if the piston is easy to advance and is prone to leakage, Therefore, vacuum bottles have very high requirements for the professionalism of the manufacturer.

Ningbo KeXon Plastic Co., Ltd. is a comprehensive plastic packaging enterprise integrating design, production, and sales. We own a factory (Yuyao KeXon Sprayer Factory), and its plant area is over 6,000 square meters, with more than 20 years of production experience in various types of daily packaging. The company can professionally produce all kinds of foam pumps, plastic caps, daily and medicinal plastic bottles, as well as all kinds of trigger sprayers, lotion pumps, perfume sprayers, cream jar and other products.

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PP Bottle(KEXON) are made of Polypropylene (PP), also known as polypropene, is a thermoplastic polymer, made by the chemical industry and used in a wide variety of applications, including packaging, textiles (e.g. ropes, thermal underwear and carpets), stationery, plastic parts and reusable containers of various types, laboratory equipment, loudspeakers, automotive components, and polymer banknotes. An addition polymer made from the monomer propylene, it is rugged and unusually resistant to many chemical solvents, bases and acids.

Most commercial polypropylene is isotactic and has an intermediate level of crystallinity between that of low-density polyethylene (LDPE) and high-density polyethylene (HDPE). Polypropylene is normally tough and flexible, especially when copolymerized with ethylene. This allows polypropylene to be used as an engineering plastic, competing with materials such as ABS. Polypropylene is reasonably economical, and can be made translucent when uncolored but is not as readily made transparent as polystyrene, acrylic, or certain other plastics. It is often opaque or colored using pigments. Polypropylene has good resistance to fatigue.

The melt flow rate (MFR) or melt flow index (MFI) is a measure of molecular weight of polypropylene. The measure helps to determine how easily the molten raw material will flow during processing. Polypropylene with higher MFR will fill the plastic mold more easily during the injection or blow-molding production process. As the melt flow increases, however, some physical properties, like impact strength, will decrease.

There are three general types of polypropylene: homopolymer, random copolymer, and block copolymer. The comonomer used is typically ethylene. Ethylene-propylene rubber or EPDM added to polypropylene homopolymer increases its low temperature impact strength. Randomly polymerized ethylene monomer added to polypropylene homopolymer decreases the polymer crystallinity and makes the polymer more transparent.

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Plastic cosmetic PP Bottle(KEXON) is a container and also a fashion product. It requires a variety of shapes and colors. Cosmetic plastic packaging has always been a master of fashion.

Plastic cosmetic PP Bottle is an essential commodity in cosmetic packaging. The role of Plastic cosmetic PP Bottle in cosmetic packaging:

1, remove the part of the air in the packaging container, can effectively prevent the deterioration of cosmetics.

2, the use of barrier good packaging materials and strict sealing technology and requirements, can effectively prevent the content of packaging materials exchange.

3, cosmetic PP Bottle container internal gas has been removed, accelerated the heat conduction, which can improve the efficiency of thermal sterilization.

The characteristics of plastic cosmetic PP Bottle has with the competition of cosmetic market becoming more and more fierce, the use and diversification of plastic cosmetic soft tubes are expanding.

Plastic cosmetic soft tubes with excellent packaging materials and strict sealing technology and requirements, can effectively prevent the content of the packaging material chemical changes and deterioration.

The design of cosmetic hose can meet the needs of different grades of cosmetics. Display the quality of cosmetics.

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Lotion Pump(KEXON) and the smaller alternative, treatment pumps, are closures designed to dispense thicker products, including lotions, creams, soaps, and more. KEXON has options with various neck finishes, colors, and dip tube lengths to match the correct lotion or treatment pumps with your glass, plastic, and metal bottles.

White and black lotion pumps are available in the standard style which includes ribbed collars and locking mechanisms. The lotion pump head and dip tube are composed of polypropylene, while the piston is molded from HDPE, making for easy and smooth pumping. Any interior metal components are composed of stainless steel and will not come in contact with the product.

For security during shipment and storage, these standard lotion pumps include locked and unlocked positions. Gently turn the head in one direction to lock closed and the opposite to open. Both colors dispense up to 0.5 ml per stroke, and are available in the 24/410 neck finish, which fits an extensive range of glass, plastic, and metal bottles.

Lotion PumpsWhite lotion pumps with brushed aluminum collars have a 24/410 neck finish with four dip tube length options. These lotion pumps are composed of a polypropylene head, a neck made out of 2 materials: an aluminum shell surrounding a polypropylene closure, LDPE dip tube, HDPE piston, and a glass ball within the pumping mechanism to very smoothly dispense 2 ml per stroke.

Sleek white, black, and natural lotion pumps have the options of 5" or 6" dip tubes and dispense 2 ml per stroke. The wider dip tubes and chambers allow for thicker products to be dispensed, and the 24/410 neck finish allows products such as salves and creams to be packaged in larger capacity plastic bottles. The dip tubes, ball valve, pistons, and chambers are entirely composed of plastic, creating a metal free passageway. An arrow on the top of each lotion pump directs how to lock and unlock through one easy twisting motion. Each color pump includes a smooth collar that pairs stylishly with black boston round bottles, clear oblong bottles, as well as white boston round bottles.

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More and more consumers of cosmetic Cream Jar(KEXON), Cream Jar will occupy the cosmetics market.

People are more and more easy to accept new things and products, cosmetics bottles should also do with the times, break the routine, the traditional way of thinking, innovation, in order to better access to the consumer's welcome.

Cosmetics is the need to through the exquisite, unique packaging design, in order to show its own characteristics, rely on good packaging, in order to achieve good sales.

Cream Jar with good sealing, barrier, it can better preserve the content. Cream Jar are ideal packaging for cosmetics.

High end of cosmetic Cream Jar from its visual impact and texture. The material of the Cream Jar is more texture and heavy sense, which to some extent will be able to close the hearts of people to the high-end product.

High end design is more modern, high-tech design. Whether it is from the cosmetic jar material, color, open the way can be used as a starting point for change.

In addition, cosmetic Cream Jar in the appearance of a lot of late processing, frosting, spraying, baking, etc.. These late processing technology, can enhance the appearance of Cream Jar, Cream Jar more artistic sense, so as to enhance the temperament

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We all know that today's market competition is very fierce, and the number of competitors in the market is also very large. Since the Acrylic Bottle(KEXON) can develop steadily in such a market environment, it shows that it can bring more users in practical applications. Satisfactory role. Here we will give you a detailed description of some of the effects of acrylic bottles in practical applications:

More to attract the attention of users. Compared with other common types of bottles, the main role that acrylic bottles can bring in the market is that it is more attractive to the users in the development of the market, mainly because it has a lot of acrylic bottles in the market. Color, and the user's pursuit of color is also more stringent, so the colorful acrylic bottles are more attractive to users.

Satisfy the user's choices. In addition to the above, Acrylic bottles can also meet the various needs of users in the market. This is because Acrylic bottles also have many varieties in the market, so they greatly enrich the users in the market. Select the range to meet the needs of different users.

Acrylic bottles will inevitably have more room for development in the future market, mainly because it has a very good role in use.

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