Lotion Cream Sample Custom Cosmetic Tubes D13mm 1-5ml Grey Custom Cosmetic Containers

Product Description

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D13mm 1-5ml Lotion Cream Sample Sack,Black Screw Cap Grey Cosmetic Plastic Package Container

 

Lotion Cream Sample Custom Cosmetic Tubes D13mm 1-5ml Grey Custom Cosmetic Containers are top-notch cosmetic containers that are designed to provide excellent product protection while also being incredibly stylish. These containers are ergonomically designed to be easy to hold and use, making them perfect for a range of cosmetic products.

 

One of the major advantages of these containers is their size. With a capacity of 1-5ml, they are perfect for containing just the right amount of product for sample sizes, travel, or for use on-the-go. The grey color of the container not only looks highly sophisticated but also helps to protect the product inside.

 

Another great feature of these containers is their customizability. They can be fully customized to match any brand's needs, making them a perfect choice for cosmetic companies looking for a unique product package. The tubes are made from high-quality materials that are durable, lightweight, and easy to recycle, making them an eco-friendly choice for companies looking to reduce their carbon footprint.

 

Overall, Lotion Cream Sample Custom Cosmetic Tubes D13mm 1-5ml Grey Custom Cosmetic Containers are an excellent choice for anyone who wants to store and present their cosmetic products in a stylish and secure way. They are perfect for a range of cosmetic products, including lotions, creams, and serums, making them a versatile choice for any brand. With their customizable design, durability, and eco-friendliness, these tubes are sure to satisfy customers' needs while also providing an outstanding packaging solution.

•  Capacity:1-5ml

 

•  Pipe Material:PCR/PE

 

•  Color:As Per Customer's Request

 

•  Production time:25-30days

 

•  Packaging:Standard carton packing

 

• Specification: Tube length according to customer's request 

 

•  Shipment:By sea, by air, or by express, etc.

 

• Surface Handling: Silk-screen,offset print,hot stamping, labeling,foil sealing, electroplate etc. 

 

• Applicative products:liquid foundation,repair cream,moisturizer,etc.

 

 

 

 

 

 

 

 

 

 

 

 

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1) Can we do printing on the cosmetic tube?
Yes, we can. We could offer various printings like offset printing, silk screen printing, hot stamping, etc. Please send us the sample design draft.

2) What's your sealing way of cosmetic tube?
One is the tube mouth sealed by aluminum foil and keeping the tail opened for mass filling.
The other one is tail sealed and keeping the tube mouth opened for filling.

3) Can we get your free samples of cosmetic tube?
Yes, you can. If you don’t need to print your logo or other artwork on the products, we will not charge any cost,just tell us your freight collect account like FedEx DHL TNT, if you don’t have account,we need to charge Express fee properly.

4) Can we combine many items assorted in one container in my first order?
Yes, you can. But the quantity of each ordered item should reach our MOQ.

5) What is your payment term?
T/T . For bulk production: 30% deposit in advance, 70% balance before shipping. Both parties can negotiate.

6) What is your shipping way?
We will help you to choose the best shipping way according to your detail requirements.
By sea, by air, or by express, etc.

7) Consumer acceptance of environmentally friendly cosmetic packaging materials

 

The definition and significance of environmentally friendly cosmetic packaging materials
Environmentally friendly cosmetic packaging materials refer to materials that pay attention to environmental protection and sustainability in product packaging design and material selection. These materials are usually recycled

Made of raw materials, degradable materials or recycled materials to avoid excessive use of plastics, non-degradable materials and harmful chemicals. Environmentally friendly cosmetics

The goal of packaging materials is to provide high-quality products by minimizing environmental impact.

Development Trend of Environmentally Friendly Cosmetic Packaging Materials
The development trend of environmentally friendly cosmetic packaging materials in the market is becoming more and more obvious. First, more and more consumers have positive attitudes towards environmentally friendly products;

They are more willing to choose cosmetics with green packaging. Secondly, some well-known cosmetics brands have begun to take action and launch green packaging.

product lines to meet consumer needs. In addition, some emerging brands focus on environmental protection and sustainable development and have made great efforts in green packaging.

force.

Consumer acceptance of environmentally friendly cosmetic packaging materials
Consumers have a high degree of acceptance of environmentally friendly cosmetic packaging materials. With the increasing awareness of environmental protection, consumers are paying more attention to product packaging materials.

Is it environmentally friendly? For example, 3 out of 5 consumers in South Korea have used environmentally certified products6. In China, anti-pollution consumption trends are on the rise, and consumption

Consumer demand for anti-pollution functional cosmetics has increased, which also reflects consumers' acceptance of environmentally friendly cosmetic packaging materials.

Examples of environmentally friendly cosmetic packaging materials
Many cosmetics brands have begun to use environmentally friendly packaging materials. For example, HenuaOrganics is a Finnish organic skin care brand whose outer packaging is made of

Made of solid cardboard, embodying the concept of environmental protection. Almea is also a British high-end cosmetics brand whose products use recyclable

Cardboard and glass are used as packaging materials, implementing the concept of natural and pollution-free environmental protection.

in conclusion
To sum up, consumers are becoming more and more accepting of environmentally friendly cosmetic packaging materials. Many consumers will consider the environmental protection of packaging materials when purchasing products.

Preservative. With the increasing awareness of environmental protection and changes in consumer demand, it is expected that more cosmetic brands will adopt environmentally friendly packaging materials in the future.

 

8) Cosmetic packaging quality inspection standards

Cosmetic packaging quality inspection standards are a detailed set of rules and guidelines used to ensure the quality and safety of cosmetic packaging. These standards cover

Everything from packaging design to material selection to testing methods. Here are some key points:

Cosmetic packaging testing project
Cosmetic packaging quality testing mainly includes the following aspects:

Barrier performance testing: This is to check the barrier effect of packaging materials on permeable substances such as gases (such as oxygen) and liquids (such as water vapor). Barrier performance is

Important factors affecting product quality during shelf life)].

Strength testing: including packaging material tensile strength, composite film peel strength, heat sealing strength, tear strength, puncture resistance and other indicators. These indicators

It can ensure that the packaging can still maintain its integrity under the action of external forces and prevent packaging damage and breakage)].

Sealing and leak detection: Through sealing performance testing, we can ensure that the seal of the entire product package is intact to prevent leakage due to poor sealing performance of the product.

leakage)].

Impact resistance performance testing: Test the impact resistance of packaging materials to ensure that the selected packaging materials can effectively protect the product)].

Thickness test: Thickness is the basic indicator for testing films. Uneven thickness will not only affect the tensile strength and barrier properties of the film, but also affect the

Subsequent processing of the film)].

Solvent residual detection: The residual solvent in packaging bags is directly related to the user's safety. In order to ensure safety, a gas chromatograph is required to detect the solvent.

residual amount)].

Printing quality inspection: The labels and printed content on cosmetic packaging should comply with relevant laws, regulations and standards. The label should include the product name,

Production date, shelf life, ingredient list, usage and other information for consumer reference)].

Selection of cosmetic packaging materials
The choice of cosmetic packaging materials is closely related to the nature and use of the product. Common packaging materials include glass, plastic, metal, etc. different materials

have their own characteristics and scope of application)].

Cosmetic packaging testing equipment
Specific cosmetic packaging testing instruments include but are not limited to:

Gas permeability tester: used to test the gas permeability of plastic films, composite films and other films, sheet materials and finished containers)].

Oxygen permeability test system: used for oxygen permeability testing of films, sheet materials, bottles, bags, cans, boxes and other packaging containers)].

Differential pressure gas permeability meter: used to measure the gas permeability of o2, n2, co2 and other materials such as plastic films, sheets, composite films, etc.)].

Water vapor transmission rate test system: used to measure the water vapor transmission rate of films, sheet materials, bottles, bags, cans, boxes and other packaging containers)].

Moisture permeability tester: used to test the water vapor transmittance of various packaging materials and polymer products such as films and composite films)].

Electronic tensile testing machine: used for peeling, tensile testing, heat sealing strength testing of films, composite films, adhesives, adhesive tapes, etc., and professional tearing performance testing

test)].

Electronic peel testing machine: used for peeling, tensile testing, heat sealing strength testing of films, composite films, adhesives, adhesive tapes, etc.)].

Heat sealing tester: used for sample preparation for film heat sealing strength testing, pressure, temperature, and time are adjustable)].

Falling dart impact tester: used to measure the impact mass and energy of plastic films or sheets when the sample is damaged under the impact of a free falling dart from a given height.

Certainly)].

Headspace gas analyzer: used to measure oxygen and carbon dioxide gas content and mixing ratio in sealed packaging bags, bottles, cans and other packages)].

The above is some key information about cosmetic packaging quality inspection standards. The implementation of these standards and testing methods is important for protecting the rights and interests of consumers.

, ensuring product quality and safety is of great significance.

 

9) Cosmetic packaging barrier performance testing

 

The barrier performance test of cosmetic packaging is a very important link, which is directly related to the quality of cosmetics during the shelf life. Barrier performance refers to

The barrier effect of packaging materials on gas, liquid and other permeable substances directly affects the quality of the product during the shelf display period.

Oxygen transmission rate detection
Oxygen transmission rate testing is an important item in the barrier performance testing of cosmetic packaging. This test is mainly used to detect thin films used in cosmetic packaging.

Oxygen transmittance of film, composite film and overall packaging of cosmetic packaging bags or bottles. During the test, the pre-processed sample is clamped in the test chamber

Between, oxygen or air flows on one side of the film, high-purity nitrogen flows on the other side of the film, and oxygen molecules diffuse through the film to the high-purity nitrogen on the other side.

In the nitrogen gas, the flowing nitrogen gas is carried to the sensor, and the oxygen permeation amount is calculated by analyzing the oxygen concentration measured by the sensor.

Water vapor transmission rate detection
Water vapor transmission rate testing is also an important item in the barrier performance testing of cosmetic packaging. This test is mainly used to detect cosmetic packaging films

Water vapor transmission rate of materials and packaging containers such as bottles, bags, cans, etc. During the test, the sample is clamped between the test chambers with a stable relative humidity.

Nitrogen flows on one side of the film, and dry nitrogen flows on the other side of the film. Due to the humidity difference, water vapor will pass through the film from the high-humidity side into the low-humidity side.

On the other side, the water vapor that penetrates on the low humidity side is carried to the sensor by the flowing dry nitrogen. The sensor outputs an electrical signal to calculate the amount of water vapor transmission.

Other gas transmission rate detection
In addition to oxygen and water vapor, other gas transmission rates also need to be tested for the barrier properties of cosmetic packaging. This is because the cost of cosmetics

Substances required for the growth and reproduction of microorganisms are added to the cosmetics, such as glycerin, protein, etc. After the cosmetics are contaminated by microorganisms, they will become smelly, deteriorate and

Mold develops and product quality deteriorates. Therefore, it is necessary to conduct immersion test, barrier test and sealing test on cosmetic packaging to meet the requirements of cosmetic packaging.

of the above requirements.

In summary, cosmetic packaging barrier performance testing is a complex process that requires a variety of testing methods to evaluate the barrier properties of packaging materials.

. Only by ensuring the barrier properties of packaging materials can we effectively protect cosmetics, extend the shelf life of cosmetics, and ensure product quality and user experience.

 

10) Cosmetic packaging strength testing method

The detection of cosmetic packaging strength is a very important link, which is directly related to the safety of cosmetics during transportation and storage. The following is

Several common cosmetic packaging strength testing methods:

1. Barrier performance testing
Barrier performance refers to the barrier effect of packaging materials on permeable substances such as gas (such as oxygen) and liquid (water vapor). Barrier performance affects product availability

An important factor in quality during shelf life. Detection methods include gas permeability test and water vapor permeability test.

2. Strength detection
Strength testing includes packaging material tensile strength, composite film peel strength, heat sealing strength, tear strength, puncture resistance and other indicators. The tensile strength is

Refers to the maximum stress value that the material can withstand before breaking. Through testing, we can effectively solve the problem of insufficient mechanical strength of the selected packaging materials when subjected to external influences.

Packaging damage and fracture caused by force. Peel strength, also called composite strength, is used to detect the bonding strength between layers in a composite film.

If the strength is too low, problems such as leakage caused by separation between layers will easily occur during packaging use. The heat sealing strength is to detect the strength of the sealing and is used during the storage of the product.

During transportation, once the heat seal strength is too low, it will cause problems such as cracking of the heat seal and leakage of contents. Puncture resistance is the resistance of packaging to puncture by hard objects.

Indicators for assessing capabilities.

3. Sealing performance test
The sealing performance test can ensure that the seal of the entire product package is intact and prevent leakage caused by poor sealing performance of the product.

The contents have deteriorated.

4. Impact resistance test
Test the impact resistance of packaging materials to ensure that the selected packaging materials can effectively protect the product. Impact resistance tests include falling dart impact and pendulum impact

Click on two test methods.

5. Tear performance test
During product storage and transportation, the packaging may be torn due to external forces. Sufficient tear expansion resistance can reduce tear transmission and avoid packaging leakage.

.

6. Friction coefficient (surface slipperiness) detection
The inner and outer surfaces of the film should have appropriate slipperiness to ensure that it has good opening and can be transported and transported smoothly on high-speed production lines.

Package.

7. Thickness measurement
Thickness is the basic indicator for detecting thin films. Uneven thickness will not only affect the tensile strength and barrier properties of the film, but will also affect the subsequent processing of the film.

work.

To sum up, there are various methods for testing the strength of cosmetic packaging, and each method has its specific functions and testing focus. In actual production,

Appropriate testing methods are often selected based on specific products and packaging materials to ensure the safety of cosmetics in the circulation process.

 

11) Cosmetic packaging sealing test standards

The sealing of cosmetic packaging is an important factor in ensuring product quality and safety. The following are relevant standards and methods for cosmetic packaging sealing testing.

1. Test items
Cosmetic packaging sealing testing mainly includes the following aspects:

Barrier performance testing: The barrier effect of packaging materials on permeable substances such as gases (such as oxygen) and liquids (water vapor), which affects the products on the shelf.

Quality during the period is critical.

Strength testing: including packaging material tensile strength, composite film peel strength, heat sealing strength, tear strength, puncture resistance and other indicators to ensure that the packaging

The device can effectively protect the product from external forces.

Sealing and leak detection: Through sealing performance testing, we can ensure that the seal of the entire product package is intact to prevent leakage due to poor sealing performance of the product.

leakage, thereby ensuring the quality of the packaged items.

Friction coefficient testing: The inner and outer surfaces of the packaging film should have appropriate slippery properties to ensure good opening and performance on high-speed production lines.

Able to carry out transportation and packaging smoothly.

Thickness measurement: Thickness is the basic indicator for detecting films. Uneven thickness will affect the tensile strength and barrier properties of the film.

Solvent residual detection: The solvent residual in packaging bags is directly related to the user's safety and needs to be detected using a gas chromatograph.

Printing quality testing: Although it is not part of the sealing test, the printing quality also directly affects the overall effect and use of cosmetic packaging.

user experience.

2. Detection method
The main methods for testing the sealing properties of cosmetic packaging include the following:

Negative pressure air tightness test method: By using the special seal tester FFY-06 to test, according to the performance of the outer material of the cosmetic packaging, the negative pressure air tightness

There are two methods for testing: by evacuating the vacuum chamber to create a pressure difference between the inside and outside of the sample immersed in water, and observing the escape of gas in the sample and the pressure in the water.

Whether there are continuous bubbles or water penetration into the sample is used to determine the sealing performance of the sample; by evacuating the vacuum chamber, the sample is

Generate the internal and external pressure difference, and observe the sample expansion and shape recovery after releasing the vacuum to determine the sealing performance of the sample.

Positive pressure sealing testing machine: Uses compressed air source to control pressure and time through microcomputer to detect and inspect the sealing performance and processing process of bottle caps.

art. The sealing performance is determined by injecting gas into the package and monitoring changes in pressure.

Vacuum packaging residual oxygen meter: It adopts a testing technology that combines the testing principle of differential pressure method with liquid level analysis. During the test, the vacuum chamber is first filled with water.

Cover the sealing plate, then slowly fill the measuring cylinder with water to the designated area, cover the upper cover, press the sealing plate tightly, and vacuum the test chamber at the same time.

Until the sample expands, the amount of gas remaining in the package is finally obtained through liquid level analysis and related calculations.

The above is some detailed information about the sealing testing standards of cosmetic packaging. It should be noted that specific detection methods may vary depending on

Manufacturers' standards and equipment are different, and enterprises should strictly follow relevant standards and regulations in actual operations.

 

12) Cosmetic packaging impact resistance testing instrument

The impact resistance testing of cosmetic packaging is a very important link, which is directly related to the safety of cosmetics during transportation. The following is about

Some detailed information on impact resistance testing instruments for cosmetic packaging.

Test principle
The cosmetic bottle pendulum impact tester mainly evaluates the impact resistance of cosmetic bottles by simulating the impact environment that may occur during transportation.

The tester uses a pendulum with adjustable weight to swing freely at a preset height and speed to impact the cosmetic bottle sample and observe whether it appears

Cracks, damage, etc. By adjusting the pendulum weight and impact height, the impact intensity under different transportation environments can be simulated.

Test features
This tester features automated operation, repeatability, precise control of impact energy and real-time monitoring and data recording. Less automation

Eliminate manual operation errors and improve testing efficiency. Repeatability The results of each test are highly repeatable thanks to standardized testing procedures.

properties, which is conducive to the stable control of product quality. Precise control of impact energy Impact energy can be precisely controlled by adjusting the weight and impact height of the pendulum

quantity to better simulate the actual transportation environment. Real-time monitoring and data recording functions enable the status of cosmetic bottles to be monitored in real time during the testing process.

control and record the data for subsequent analysis.

Application areas
Cosmetic bottle pendulum impact tester is widely used in cosmetics, medicine, food and other industries to evaluate the impact resistance of various packaging containers.

Other related testing instruments
In addition to the impact resistance testing instruments of cosmetic packaging, there are other testing instruments that can be used to test the physical and mechanical properties of cosmetic packaging.

Testing, such as tensile strength and elongation, composite film peel strength, heat sealing strength, sealing and leakage, impact resistance, material surface smoothness, etc.

Detection of indicators.

To sum up, the impact resistance testing instrument of cosmetic packaging is a key tool to evaluate the impact resistance of cosmetic packaging. It can to a large extent

Ensure the safety of cosmetics during transportation. At the same time, it is also necessary to combine other related testing instruments to evaluate the physical and mechanical properties of cosmetic packaging.

Conduct comprehensive testing to ensure the quality of cosmetic packaging.

 

13) Factors affecting impact resistance

Factors affecting impact resistance mainly include the following aspects:

Resin system: The resin system is a key factor affecting impact resistance. For example, water-based polyester baking paint systems are relatively impact-resistant1. also,

The impact resistance of hydroxyacrylic systems is related to factors such as its glass transition temperature (Tg) and flexibility.

Matching of resin and amino resin: The solid content ratio of the main resin and amino resin in the formula and the type of amino resin selected will affect the impact resistance

able. Generally speaking, when the amount of amino resin added is too high, it will help the hardness, but the impact resistance will be different; when the amount of main resin added is too high, it will affect the flexibility.

Helpful, good impact resistance. Choose an amino resin like 325, which has poor impact resistance. Choose an amino resin like 303, which has good impact resistance.

Selection of co-solvents: Hydrophilic film-forming solvents have good impact resistance. For example, when BCS and DB are used as film-forming additives, the impact resistance is OK, and they are replaced by DPNB and alcohol ester.

After 12 years old, you will not be able to pass the impact resistance test.

Effect of film thickness: Film thickness has a great influence on impact resistance. The thicker the film thickness, the worse the impact resistance, and the thinner the film thickness, the better the impact resistance.

The polishing treatment of the base material: The polishing treatment of the base material also affects the impact resistance. For example, experiment with common tinplate, after proper polishing treatment

, the impact resistance is better.

Factors affecting the impact strength index of bottles and cans: The impact strength index of bottles and cans is affected by many factors. Among the various influencing factors mentioned above, the bottle wall thickness

The degree and uniformity, hot end coating thickness, and melting quality have a relatively obvious effect on the impact strength of bottles and cans.

Factors affecting the impact resistance of acrylic powder varnish: The impact resistance of acrylic powder varnish can be adjusted by adjusting the chemical structure of the paint film

improve. For example, the amount of functional group monomer glycidyl methacrylate (GMA) is determined to determine the epoxy group used for cross-linking to obtain different cross-linking

The coating film of joint degree; the glaze type of curing agent dibasic acid is screened; the composite curing of dodecanoic acid and saturated monobasic acid is used to increase the flexibility of the resin.

Factors affecting the impact resistance of photovoltaic glass: Factors affecting the impact resistance of photovoltaic glass include but are not limited to material composition, manufacturing process

Process control, etc.

The above are only some of the influencing factors. The specific influencing factors may vary depending on the application scenario and material type.

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