The foam pump bottle helps you to dispense foam from the bottle to your hand. However, are they designed to be used with all types of materials? NO.
The foam pump bottle helps you to dispense foam from the bottle to your hand. However, are they designed to be used with all types of materials? NO. They should only be used with liquid that is as thin as water. Another point of interest that most people forget is that these foam bottles are not designed to be used in the toilet.
The mesh screen inside the chamber needs to be dry to function properly. So, here is what you should do. Keep these for the edge of the bath, on the vanity, and kitchen sink. Have you ever wondered how it works? Here’s how.
Inside the cap is a pump, which contains a mesh screen that mixes air and liquid soap and produces foam. The mesh is very, very fine and easily become clogged up. The manufacturers suggest that no solid particles, including micas and pigments used for coloring, be added to the liquid soap.
These particles do not dissolve, they are dispersible, meaning that they will continue to remain particles in the solution and clog the pump. If coloring the liquid soap, a water-soluble dye should be used. However, with attractive labeling, these natural-colored bottles with their white pump closures, dress your product up to look professional and functional.
What Can the Foam Pump bottle be Used For?
The foam has been used for different purposes in the past, however, are you really using it for the right purpose? Here are some ways you can use it, dispensing cosmetic products and household chemicals, such as mousse foam cleansing, hand washing liquid, hand sanitizer, facial cleanser, shaving cream, hair conditioning mousse, sun protection foam, spot removers, baby products, and so on.
When it comes to the area of food and beverages, molecular gastronomy style foam is usually created using various techniques and stabilizers such as lecithin, but there is at least one ready-to-use liqueur that has been developed with the foaming apparatus top that produces an alcoholic foam topping for drinks.
Where Can I Buy Foam Pump Bottle?
If you are into the production of perishable or fragile products, you surely want to take your package system very seriously. This is because your packaging is the first point of contact with your users.
Choosing the suitable foam pump bottles packaging for your business will improve the performance of your product in the market. Unlike other packaging materials, plastic bottles are durable, cost-effective, and easy to use, enhancing the efficiency of your business. If it are a retailer, you can also order bulk plastic bottles at All In Packaging and keep your business running smoothly. You can also get cosmetic glass jar.
With All In Packaging, you can get the best packaging for your product. Our portfolio contains thousands of packaging products such as bottles, jars, caps, sprayers, tubes, cardboard boxes, and others. You can choose from our portfolio or get a unique design. We can help you implement any custom packaging ideas. Related services like labeling and contract filling are also available at the same place.
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To meet its purpose, packaging must preserve and protect. foam pump bottles perform these functions effectively and also offer several additional perks for consumers and producers. However, finding the ideal foam pump bottle that most suits your business needs can be overwhelming, considering the many types available. Nevertheless, before buying these bottles for your business packaging needs, there are a few factors to consider.
These factors include design, functionality, product compatibility, and costs. The most fundamental factor to consider is whether they are compatible with your product. Mismatched plastic bottles and products might result in malfunctioning packaging; compatibility should be the primary consideration when choosing your plastic packaging bottles.
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How to Use the Foam Pump Bottle
A foam pump dispenses doses of the liquid contained in the bottle in the form of foam. Foam is created in the foaming chamber. The liquid constituents are mixed in the foaming chamber and this is discharged through a nylon mesh. The neck finish size of a foam pump is bigger than the neck finish size of other types of pumps, to accommodate the foamer chamber. The usual neck size of a foam pump is 40 or 43mm.
Where hair-coloring products previously contained instructions to vigorously shake the product, squeeze the bottle, and turn upside-down to disperse the product, foamers do not require any such actions. Some foaming dispensers include suction on the bottom to allow the container to remain upright.
Foamers can be purchased alone or filled with a liquid product like soap. When the liquid is mixed with air, the liquid product can be dispersed through the pump-top as a foam. Foamers can also be re-used with different liquid products to extend the mass of the liquid by creating a foam version.
Foamer pumps create foam without the use of gas propellants. Their unique technology allows for the precise mixing of liquid and air, resulting in a dose of high-quality foam with every single stroke. These foamer pumps are great for cosmetic and personal care products such as facial cleaners, soaps, body washes, hand sanitizers, and many other products that can be diluted in water.
What Are Some Foam Pump Designs?
The foam is produced by pressing down on the pump head which causes pressure inside the bottle. The pump forces the liquid through a special mechanism that produces the end result.
Also, as we mentioned above, the foam pump is widely used in cosmetic and household products. These pumps are also designed to handle many different types of applications and uses.
We are now going to be looking at the different styles of foamer pumps.
Large Foamer Pump Design
This design is a large Foamer Pump with an overcap fitted to protect the contents and nozzle on the pump. The pump has been positioned on HDPE transparent bottle for perspective. The final pump has a non-locking mechanism and is available in the following neck sizes: 24/410, & 24/400. This type of design is extremely good for hand or foot sanitizers. You can also use this for antibacterial solutions, the dose of application is 0.25ml.
Foamer Pump With Clip Lock
A foamer pump with a Clip Lock installed into the neck. This is perfect for tamper-proof or child safety liquid applications. SKU: FP-11-6-00 is a dispensing pump with the following neck sizes: 40/410|43/415 and has a dosing capacity of 0.8ml.
Medium Sized Spout Foamer Pump
Introducing this lovely spout designed Foamer Pump with a protective overcap and supplies a dosage of 0.25ml. The product code is SKU: FP-10-15-40. The spout type finish has a luxury and distinctive finish making it perfect for hand soaps or creams. This pump also has a non-locking mechanism and comes with the following neck size: 40/400.
Foamer Bottle & Pump
A new foamer solution from Raepak for 2018; is this Foamer Pump with a measuring bottle. The pump has a Lock Down function and is perfect for many cosmetic and toiletry liquid solutions. The bottle has been designed to show the ML on the side, just in case you need to be more specific with quantities or measuring. This product can be found in the search function of the website using this SKU: FB-01-25-200.
Tall Foamer Pump
This foamer pump is a tall slimline design that works perfectly with slimmer bottle ranges. The Foamer Pump has an Overcap and a 0.25ml dosage capacity. This is a classic design within the Raepak foamer pump range. The product has the SKU: FP-13-5-24 and comes with the following neck size: 24/410 & 24/400.
Foamer Pump Bottle Use and Directions
Choosing Your Liquid Soap
The pumps are designed to work with a thin substance of water-like consistency. It must have sufficient surfactants (soap or detergents) to create the foam. The liquid should be water-based, and it has to be able to foam using only normal air (no gasses or other propellants).
Many commercial soft or liquid soaps will work in the foam pump bottles if sufficiently diluted. However, often commercial liquid soaps, especially “gel” soaps, contain thickeners. Soaps with thickeners may require so much water to dilute them to “water-thin” that the effectiveness and foamability of the soap is compromised.
Handmade liquid soaps usually work extremely well in foam pump bottles as they are generally thin to start with and normally do not contain added fillers and thickeners. Do not use “melted down” bar soap in place of an actual liquid soap because bar soaps tend to clump or gel and can clog the mechanisms inside the foam pump.
Dilution Rate
You want to dilute the soap as much as you can, while still keeping the desired feel and consistency in the foam. As a general guideline, you should be able to dilute your normal liquid soap by 3 – 6 times.
Start with 1 part soap and 3 parts water, and see how it feels. Add additional water until the foam just barely starts to thin out. Slighly LESS than that amount of water is the right amount to use with that particular type of soap.
While it might be tempting to keep the liquid soap thick and reduce the dilution rate, doing so is likely to cause the pump to stick over time. Remember, these pumps were made for liquids of the consistency of WATER. The thicker the liquid, the more likely you are to have trouble with it in the future.
Other Additives
Inside the pump of the Foamy Pump Bottle is a little mesh screen that mixes the soap with air to produce the foam. The holes are microscopic (79 microns – very tiny!), and can easily get clogged. The manufacturer does not recommend the addition of any solid particle, even if it is under 79 microns, as solid particles tend to clump together, making them too big to pass through the mesh. Micas, pigments and any type of glitter are too big to work in the foamy pump bottles.
If you want to color your liquid soap, use dye approved for cosmetic use. These work similarly to food coloring and do not contain any solid particles big enough to clog the mesh inside the pump.
Usage and Care
Bottles can be refilled and used again and again. The manufacturer has tested the bottle/pump design and found it mechanically works for up to 12,000 pumps per unit. In practical application, it may be considerably less, depending on the soap used and the care and environment of the pump.
The pumps are not designed to be used under running water. Use in the shower is not recommended and the bottles should not be placed or washed under running water. Doing so may allow water to seep down the neck and get into the air chamber located beneath the pump.
Do not overfill the bottles. If you actually measure out the right amount of liquid for the bottle size, you’ll see that it doesn’t actually fill to the very top of the bottle. This is to prevent liquid from getting into the air chamber.
As the pump is used, there is residual liquid on the screen. If the pump is not used frequently, that soap liquid can dry, creating a film on the screen which can ultimately clog the screen making the pump hard to use.
The pump mechanism has a small amount of lubricant in order to keep the pump moving smoothly. Although, it seems that some soaps eat away at the lubricant, reducing its effectiveness over time.
