20-60ml D25mm Custom Empty Cosmetic Squeeze Tubes Plastic Facial Cleanser Tube

Product Description

D25mm 20-60ml Packaging custom empty cosmetic squeeze plastic facial cleanser tube with nature bamboo cap

 

Introducing our 20-60ml D25mm Custom Empty Cosmetic Squeeze Tubes – the perfect packaging solution for your cosmetic needs! Made from high-quality plastic materials, these tubes are designed to securely store your favorite facial cleanser and other beauty products. The squeeze design allows for easy dispensing, ensuring that you get just the right amount every time.

 

Our cosmetic squeeze tubes come in various sizes, including 20ml and 60ml, and feature a customizable design to suit your specific branding needs. Whether you’re a small start-up or a well-established beauty brand, our custom squeeze tubes are ideal for packaging your unique cosmetic formulations.

 

This versatile product is perfect for a wide range of cosmetic applications, including facial cleansers, moisturizers, toners, serums, and more. The compact size makes it perfect for travel, allowing you to bring your favorite beauty products on-the-go.

 

Don’t settle for generic packaging that doesn’t represent your brand! Choose our 20-60ml D25mm Custom Empty Cosmetic Squeeze Tubes today and elevate the look and feel of your cosmetic product line.

 

Capacity	20-60ml
Diameter	25mm
Material	PCR/PE
Color	As Per Customer's Request
Production time	25-30days
MOQ	10000PCS
Packaging	Standard carton packing
Specification	Tube length according to customer's request
Logo	According to customer's requirement
Shipment	By sea, by air, or by express, etc.
Surface Handling	Silk-screen,offset print,hot stamping,labeling,foil sealing, electroplate etc.
Application products	Facial cleanser,cleasing gel,repair cream,moisturizer,hand cream,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) Manufacturing process of electroplated screw caps for cosmetic tubes

1. Overview of process flow
The production process of electroplated screw caps for cosmetic tubes involves multiple steps, including raw material preparation, electroplating pre-treatment, electroplating process, post-processing, etc. The following is the production process:

Raw material preparation: First, you need to prepare the raw materials for cosmetic tubes and screw caps. Cosmetic tubes are usually made of plastic, while screw caps can be braided or made in other ways. According to the search results, we can learn about the production process of cosmetic tubes, including injection molding, blow molding, etc.

Pre-treatment of electroplating: Before electroplating, the raw materials need to be pre-processed to ensure the electroplating effect. This may include steps such as cleaning, sanding, and sealing with clear paint.

Electroplating process: Electroplating is a surface processing method that deposits a coating on the surface of the base metal to be plated through electrolysis. According to the search results, the electroplating process can be divided into acid bright copper plating, nickel/gold plating, tin plating and other types. In the production of electroplated screw caps for cosmetic tubes, one or more of them may be selected for electroplating.

Post-processing: After electroplating is completed, the product needs to be post-processed to ensure product quality and performance. This may include steps such as washing, drying, and spray coloring.

2. Selection of process parameters
In the production process of electroplated screw caps for cosmetic tubes, the following key process parameters also need to be considered:

Current density: Current density is a very important parameter in the electroplating process. It directly affects the quality and thickness of the coating. Depending on the plating process, the choice of current density may vary.

Temperature control: In some electroplating processes, temperature control is very important. For example, in copper cylinder electroplating, the temperature needs to be maintained at room temperature, which generally does not exceed 32 degrees and is mostly controlled at 22 degrees.

Drug addition: During the electroplating process, various chemicals need to be added, such as copper sulfate, sulfuric acid, etc. The calculation formula and precautions for drug addition need to be adjusted according to the specific electroplating process.

3. Quality control and testing
In order to ensure the quality of the electroplated screw caps of cosmetic tubes, a series of quality controls and tests are required. This may include the following areas:

Tensile Strength Test: The ability of a metallic material to resist damage under tension can be evaluated through a tensile strength test.

Surface treatment effect test: The effect of surface treatment can be evaluated through visual inspection, hand inspection, etc.

Environmental performance testing: Since the electroplating process may involve some environmental pollution issues, the environmental performance of the product needs to be tested to ensure compliance with relevant environmental standards.

In summary, the manufacturing process of electroplated screw caps for cosmetic tubes involves multiple steps and parameter selections. It is necessary to ensure product quality and performance while taking into account factors such as cost and environmental protection.

 

8) Effect of electroplating treatment on cosmetic tubes

Electroplating is a common surface treatment method that can form a thin and uniform metal coating on the surface of a product, which not only provides a beautiful appearance, but also changes the performance and functionality of the product. In the application of cosmetic tubes, the impact of electroplating treatment is mainly reflected in the following aspects:

Improvement of aesthetics
Electroplating treatment can effectively improve the appearance quality of cosmetic tubes, making the product surface smoother and brighter. This is very important for cosmetic tubes, as consumers’ purchase intentions are often influenced by the appearance of the product. Through electroplating treatment, the surface of the cosmetic tube can be given a metallic luster, increasing the beauty and class of the product.

performance improvements
Electroplating treatment can not only improve the appearance quality of cosmetic tubes, but also improve their performance. For example, ABS plastic electroplating products can reduce the weight of the product, and while effectively improving the appearance and decoration of the plastic, it also improves its electrical, thermal and corrosion resistance properties. This means that the durability and functionality of the electroplated cosmetic tubes are improved.

Improvement of production efficiency
In the production process of cosmetic tubes, electroplating treatment can be carried out using automated equipment, thereby improving production efficiency. Compared with traditional manual processing methods, automated equipment can complete the electroplating process faster, reducing labor costs and production cycles. This has great economic benefits for cosmetic tube manufacturers.

environmental pollution problem
However, it is worth noting that while the electroplating process improves product quality, it also creates environmental pollution problems. The "three wastes" pollution generated by the electroplating process, such as electroplating wastewater containing heavy metal ions and acid mist exhaust gas, may have a negative impact on the environment. Therefore, when using electroplating treatment, you need to pay attention to environmental protection and take corresponding measures to reduce environmental pollution.

To sum up, the impact of electroplating treatment on cosmetic tubes is mainly reflected in improving the aesthetics and performance of the product, as well as improving production efficiency. However, while enjoying the convenience brought by technology, we must also pay attention to the environmental pollution problems caused by it and seek more environmentally friendly production methods.

 

9) Durability analysis of cosmetic tubes after electroplating

Reliability testing of electroplated layers
The durability of the plating can be confirmed through a series of tests. Generally speaking, these tests include coating thickness measurement, salt water spray test, hot and cold cycle test, temperature and humidity test, etc. Some electronic products require testing for alcohol resistance, scratch resistance, cosmetics resistance, etc. 3. These tests can help determine the reliability of the plating layer and thus evaluate the durability of cosmetic tubes after plating.

ABS plastic plating process
The ABS plastic electroplating process can make the surface of plastic products have a metallic luster, improve its stability against external factors such as light and atmosphere, and make the plastic conductive, magnetic and weldable. The main process flow of ABS plastic electroplating includes steps such as oil removal, roughening, sensitization, activation, chemical plating, electroplating, nickel plating, and chromium plating. These steps are designed to ensure a strong bond between the plating and the plastic substrate.

Vacuum plating technology
Vacuum electroplating technology is a more environmentally friendly surface treatment process that evaporates the target material under vacuum conditions to generate a coating. This technology can produce a glossy black effect that cannot be achieved by ordinary electroplating. The quality of vacuum plating depends largely on the quality of the equipment and the cleanliness of the environment (dust-free). Therefore, plating cosmetic tubes using vacuum plating technology may improve their durability.

Potential problems with plating
Although electroplating can improve the durability of cosmetic tubes, there are also some potential problems. For example, the electroplated layer may have quality problems such as pitting, pinholes, mold exposure, yellowing, scorching, and blistering. These issues can affect the appearance and performance of cosmetic tubes4. Therefore, when choosing an electroplating process, these potential problems need to be considered and corresponding measures taken to avoid or solve them.

in conclusion
The durability of cosmetic tubes after electroplating is affected by many factors, including the thickness, uniformity, bonding strength of the electroplated layer, and the post-plating treatment process. The durability of cosmetic tubes can be improved by adopting appropriate plating processes and technologies, such as ABS plastic plating and vacuum plating. However, it is also necessary to pay attention to potential problems that may occur with the electroplated layer and take necessary measures to ensure the quality of the final product.

 

10) The impact of electroplating treatment on the cost of cosmetic tubes

1. Electroplating cost structure
The cost of electroplating treatment mainly includes the following aspects:

Metal Cost: Depending on the composition of the plating solution, the cost of the metal required will vary. For example, the price of copper Cu is 0.089/g.dm-2, the price of germanium Ge is 0.054/g.dm-2, the price of nickel Ni is 0.073/g.dm-2, etc.

Chemical consumption: Depending on the type of plating, the chemical consumption will also be different. Generally, the chemical consumption during nickel plating is about 0.10 yuan/dm-27.

Polishing cost: The polishing cost depends on the base material. For example, the polishing cost of aluminum wheels is 0.5 yuan/dm-27.

Water resource costs: A large amount of water is used during the electroplating process, including daily water and wastewater treatment costs. For example, the daily water consumption is 648T, and the wastewater treatment cost is 3 yuan/T.

Electricity cost: The electroplating process requires electric heating. This cost can be calculated based on factors such as installed capacity and average monthly salary.

Labor costs: Labor costs include employees’ salary expenses. The specific amount is related to the management level and region.

Equipment depreciation costs: Equipment used in the electroplating process needs to be depreciated over time, and this cost needs to be calculated based on specific circumstances.

Taxes and management fees: This part of the fee is related to the business status and tax policy of the company, and the specific amount needs to be determined based on the actual situation.

2. The impact of electroplating treatment on the cost of cosmetic tubes
The impact of electroplating treatment on the cost of cosmetic tubes is mainly reflected in the following aspects:

Surface treatment cost: Through electroplating treatment, cosmetic tubes can obtain the required surface properties, such as improving appearance, increasing hardness, etc. This may add additional surface preparation costs.

Environmental protection costs: As environmental protection requirements become increasingly stringent, electroplating companies need to invest more resources in pollution control and environmental protection management during the production process. This may increase the company's environmental costs.

Technological innovation costs: In order to meet environmental protection requirements, companies may need to invest in innovation of production processes and the introduction of environmentally friendly automation equipment. This may increase the cost of technological innovation for enterprises.

To sum up, the impact of electroplating treatment on the cost of cosmetic tubes is multi-faceted, including increased surface treatment costs, environmental protection costs and technological innovation costs. Enterprises need to consider these factors comprehensively when performing electroplating processing in order to make reasonable cost decisions.

 

11) Comparison of different plating materials for cosmetic tubes

Electroplating is a common technique used in the production of cosmetic tubes to provide an extra layer of protection to the tubes and increase the aesthetics of the product. Different electroplating materials have different characteristics and advantages. The following are several common electroplating materials and their characteristics:

1. Stainless steel
Stainless steel is a commonly used electroplating material. Its advantages include corrosion resistance, high strength, and easy cleaning and disinfection. In cosmetic tube applications, stainless steel can provide good protection and extend the service life of the tube. In addition, the surface treatment of stainless steel can also increase the texture and class of the product.

2. Electrochemical aluminum
Anodized aluminum is a commonly used packaging material. Its advantages include high gloss, good wear resistance, and easy printing and lamination. In the application of cosmetic tubes, anodized aluminum can increase the visual appeal of the tube and provide a certain protective effect. In addition, anodized aluminum can also be compounded with other materials to meet the packaging needs of different products.

3. Plastic
Plastic is a lightweight, low-cost packaging material. Its advantages are good flexibility, not easily broken, and easy to shape and print. In the application of cosmetic tubes, plastics can provide good shock-proof and anti-penetration properties, protecting cosmetics from the external environment. According to different usage requirements, you can choose single-layer, double-layer or five-layer plastic hoses.

4. Vacuum plating
Vacuum electroplating is an environmentally friendly surface treatment technology. Its advantages include thin coating, good adhesion, and various colors. In the application of cosmetic tubes, vacuum electroplating can increase the color richness and visual effects of the tubes without causing pollution to the environment. However, the cost of vacuum plating is relatively high and is not suitable for mass production.

5. Traditional electroplating
Traditional electroplating is a widely used surface treatment technology. Its advantages are low cost, good protection and monotonous color. However, the traditional electroplating process produces wastewater that pollutes the environment, so it is gradually being replaced by other environmentally friendly surface treatment technologies. In the application of cosmetic tubes, although traditional electroplating has been used less often, it can still increase the durability and beauty of the tube to a certain extent.

When selecting the electroplating material for cosmetic tubes, comprehensive considerations need to be made based on the characteristics and usage needs of the product, as well as the company's cost budget and environmental protection concept.

 

12) What is a cosmetic plastic sunscreen lotion tube?

Overview of Cosmetic Plastic Sunscreen Lotion Tubes
Cosmetic plastic sunscreen lotion tube is a packaging container specially used for packaging cosmetics such as sunscreen lotion. It is usually made of plastic and has a certain diameter and length. These hoses usually come in different diameter series and are suitable for different types of cosmetic packaging, such as eye cream, skin cream, essence, foundation, lotion, etc. They can not only effectively protect products from external contamination, but also provide a certain degree of sealing for the product to ensure product quality and safety.

Cosmetic plastic sunscreen lotion tube sizes and types
The diameter series of cosmetic plastic sunscreen lotion tubes can be divided into multiple specifications, such as φ16, φ19, φ22, φ25, φ30, φ35, φ40, φ45, φ50, φ55, φ60 mm, etc. Different tube diameters are suitable for different types and capacities of cosmetic packaging. For example, the ￠16.19 mm tube is suitable for small packaging of eye cream and cosmetics, while the ￠22 and 25 mm diameter series are suitable for the packaging of cosmetic products such as sunscreen, skin cream, and essence. In addition, there are ￠30 and 35 mm pipe diameter series suitable for packaging of sunscreen, facial cleansers and other products, while ￠40, 45 mm and above specifications are more used for other types of products, such as facial cleansers, facial masks, etc.

Materials and processes of cosmetic plastic sunscreen lotion tubes
Cosmetic plastic sunscreen lotion tubes are usually made of PE (polyethylene) material, which has good sealing properties and flexibility. The texture and number of layers of the hose can be divided into different types such as extra soft, regular, hard, double layer and five layers to meet the needs of different cosmetics. The color of the hose is also available in transparent color and various other colors. At the same time, a variety of printing processes can be performed, such as offset printing, silk screen printing, hot stamping, frosting, etc., to meet customers' requirements for product appearance design.

Application fields of cosmetic plastic sunscreen lotion tubes
Cosmetic plastic sunscreen lotion tubes are widely used in many fields such as cosmetics, food, pharmaceuticals, industry and human lubricants. They can be used not only for the packaging of cosmetics such as sunscreen lotions, but also for the packaging of jams, condiments, cream, mustard and other foods, as well as the packaging of pharmaceutical products such as ointments, acne creams, and disinfecting products. In addition, they are also used in the packaging of industrial products such as glass glue, machine oil, caulking agent, and silicone grease, as well as the packaging of hotel supplies such as shampoo, shower gel, etc.

in conclusion
To sum up, the cosmetic plastic sunscreen lotion tube is a multi-functional packaging container. It can not only provide effective protection and sealing for cosmetics, but also meet the design and packaging specifications needs of different brands and products. As technology advances and market demands change, the design and manufacturing of these hoses are constantly improving and developing to meet the growing consumer demand for cosmetic packaging.

 

13) Sealing technology for sunscreen lotion tubes

The sealing technology of sunscreen lotion tubes is an important cosmetic technology. It involves how to effectively prevent the oxidation, contamination and leakage of the lotion to ensure the quality of the product and the safety of use. Below are the relevant technical details.

1. Basic principles of sealing technology
The sealing technology of sunscreen lotion tubes mainly uses certain means, such as mechanical sealing, heat sealing, etc., to form a sealed interface between the lotion and the mouth of the tube to prevent dust, microorganisms and other pollutants in the external environment from entering, and also prevent The lotion evaporates or runs out. This sealing technology is very important in the cosmetics industry because it directly affects the quality of the product and the safety of use.

2. Sealing technology features of sunscreen lotion tubes
The sealing technology of sunscreen lotion tubes has some features:
Self-seal function: Some advanced sealing technologies can make the lotion tube automatically seal after use, avoiding the trouble of manual sealing.
Easy to carry: The design of sunscreen lotion tubes usually takes portability into consideration. For example, through the design of the box and upper cover, multiple lotion tubes can be easily carried together.
Protect samples: In some specific application scenarios, such as the detection of sunscreen lotions, sealing technology can also protect the quality of samples and prevent contamination or deterioration during transportation and storage.
3. Application of sealing technology for sunscreen lotion tubes
Sealing technology for sunscreen lotion tubes is widely used in the cosmetics industry. For example, in the production process of sunscreen lotion, an emulsion with sunscreen effect can be obtained by mixing and emulsifying chemically synthesized anti-UV reagents with raw materials such as milk phospholipids, humectants, and preservatives, which are the general base of cosmetics. These emulsions need to be filled into tubes using sealing techniques and properly capped.
In addition, the sealing technology of sunscreen lotion tubes can also be combined with other technologies, such as with negative pressure pump technology, which can suck the lotion into the tube through vacuuming and then seal it through sealing technology, which can not only improve filling efficiency and can also reduce environmental pollution.

4. Development trend of sealing technology for sunscreen lotion tubes
As consumers have higher and higher requirements for the quality and safety of cosmetics, the sealing technology of sunscreen lotion tubes is also constantly developing and improving. Future sealing technology may be more intelligent and environmentally friendly, such as using biodegradable materials to replace traditional plastic pipes, or developing intelligent sealing systems that can automatically adapt to environmental changes.

In summary, the sealing technology of sunscreen lotion tubes is a crucial cosmetic technology. It is not only related to the quality and safety of the product, but also reflects the technical level and development trend of the cosmetics industry.

 

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