Custom Plastic Empty Cosmetic Squeeze Tubes D35mm 35-110ml With Screw Cap

Product Description

D35mm 35-110ml Packaging custom empty cosmetic squeeze plastic tube with screw cap

 

Custom Plastic Empty Cosmetic Squeeze Tubes D35mm 35-110ml with Screw Cap are made of high-quality plastic materials that are durable and long-lasting. These tubes are designed for use in the cosmetic industry, particularly for packaging and dispensing a variety of creams, lotions, gels, and other cosmetic products. The 35-110ml capacity of these tubes provides ample space to hold a significant amount of product, while the D35mm size ensures easy handling and dispensing. The screw cap on these tubes ensures a secure closure to prevent spillage and contamination, making them an ideal packaging option for various cosmetic products. In summary, these Custom Plastic Empty Cosmetic Squeeze Tubes D35mm 35-110ml with Screw Cap are versatile, durable, and convenient packaging options for a range of cosmetic products that require controlled dispensing and secure storage.

 

Capacity	35-110ml
Diameter	35mm
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.

 

 

 

 

 

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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) Material selection for sunscreen lotion tubes

When choosing the material of a sunscreen lotion tube, we need to consider multiple factors, including the functional requirements, safety, cost and environmental protection of the sunscreen lotion tube. Here are some key messages:

1. Common material choices
The materials of sunscreen lotion tubes usually include plastic, PVC, PET, PETG, etc. Each of these materials has its own characteristics, such as:
Plastic: There are many types of plastic pipes, common ones include PE, PP, etc. They have good sealing performance and chemical resistance, and are suitable for loading various emulsion products.
PVC: PVC is a commonly used pipe material with high barrier properties, light weight, and unbreakable properties. However, it should be noted that PVC material may not be suitable for outdoor environments because it may not be able to effectively block ultraviolet rays. irradiation.
PET and PETG: These two materials have excellent transparency and chemical stability and are suitable for making high-end cosmetic packaging bottles.

2. The impact of material on sunscreen effect
The material selection of the sunscreen lotion tube also needs to consider its impact on the sunscreen effect. For example, some sunscreen lotions may require special materials to enhance their sun protection effect, such as tubes with sun protection, heat preservation, and other properties.

3. Effect on skin
The material of the sunscreen lotion tube should ensure the quality and safety of the product. For example, some sunscreen lotions may require oil-less, more penetrating tubes to reduce stress on the skin.

4. Environmental protection and sustainability
When choosing the material of a sunscreen lotion tube, we should also consider its impact on the environment. For example, although materials such as PET and PETG have excellent properties, their production processes can produce large amounts of greenhouse gases and other pollutants. Therefore, choosing recyclable or biodegradable pipe materials is a more environmentally friendly choice.

To sum up, when choosing the material of sunscreen lotion tubes, we should comprehensively consider factors such as the specific needs of the product, safety, cost, and environmental protection.

 

8) Sealing performance of sunscreen lotion tubes

The sealing properties of sunscreen lotion tubes are critical to maintaining product freshness and effectiveness. When choosing a tube of sunscreen lotion, it's important to understand its sealing properties. Here is some relevant information:

1. Overview of sealing performance of sunscreen lotion tubes
The sealing performance of a sunscreen lotion tube is often related to its design and material. A high-quality sunscreen lotion tube should have good sealing properties to ensure the safety of the product during transportation and storage. Sunscreen lotion tubes with good sealing properties can effectively prevent the impact of the external environment on the product, such as dust, microorganisms and other contaminants.

2. Design and sealing performance of sunscreen lotion tubes
The design of a sunscreen lotion tube has a big impact on how well it seals. For example, some sunscreen lotion tubes may feature spiral threads or other types of locking designs to enhance their sealing properties. In addition, the shape and material of the lid will also affect the sealing effect. Generally speaking, the better the seal in a tube of sunscreen lotion, the better its ability to maintain the freshness of the product.

3. Material and sealing performance of sunscreen lotion tubes
The material of the sunscreen lotion tube also affects its sealing properties. For example, some high-end sunscreen lotion tubes may use higher-quality plastic or composite materials that provide better sealing properties. At the same time, the choice of material will also affect the experience of using sunscreen lotion, such as whether it is easy to squeeze and control.

4. Production and sealing performance of sunscreen lotion tubes
Some professional packaging manufacturers will provide sunscreen lotion tubes with excellent sealing properties. These companies may adopt special processes and technologies during the production process to ensure that the sealing performance of sunscreen lotion tubes meets standards. Therefore, when choosing sunscreen lotion tubes, it is often more secure to choose products from well-known packaging companies.

in conclusion
Although the search results do not directly mention the sealing performance of a specific brand of sunscreen lotion tubes, we can understand from the above information that the sealing performance of sunscreen lotion tubes is an important consideration. When choosing a tube of sunscreen lotion, you should pay attention to the product's design, materials, and production sources to ensure it has good sealing properties. At the same time, you can also refer to the reviews and feedback of other consumers to better evaluate the sealing performance of the sunscreen lotion tube.

 

9)  Environmental standards for sunscreen lotion tubes

Production standards and environmental protection requirements for sunscreen lotion tubes.

1. Production standards for sunscreen lotion tubes
The implementation standard for sunscreen lotion tubes is GB/T29665. This standard specifies in detail the production process, raw material requirements, quality indicators and inspection methods of sunscreen, aiming to ensure the quality and safety of the product. Sunscreen lotion tubes produced according to this standard should meet relevant performance indicators and safety requirements.

2. Environmental requirements for sunscreen lotion tubes
Although the search results do not directly mention the environmental protection standards of sunscreen lotion tubes, we can infer some environmental protection requirements from the packaging and production process of sunscreen lotion tubes.

First of all, from the perspective of packaging, the packaging of most international first-tier brands and luxury goods is relatively simple, without gift bags, samples, etc., which reduces the use of packaging materials to a certain extent2. In addition, the shelf life is usually not marked on the packaging, only the production date or expiration date, which also reduces the waste generated due to expiration2.

Secondly, from the perspective of the production process, companies should follow the GB/T29665 standard when producing sunscreen lotion tubes. This not only ensures product quality and safety, but also meets environmental protection requirements. For example, when selecting raw materials, companies may give priority to environmentally friendly raw materials; during the production process, they may use energy-efficient equipment and technology to reduce energy consumption and carbon emissions.

In general, although the search results do not directly mention the environmental protection standards of sunscreen lotion tubes, we can see from the production standards and packaging characteristics of sunscreen lotion tubes that companies should pay attention to environmental protection when producing sunscreen lotion tubes and try their best to Reduce environmental impact.

 

10) Benefits of Simplified Sunscreen Lotion Tube Packaging

1. Improve user experience
Simplification of sunscreen lotion tube packaging can bring a more convenient user experience. The simplified packaging design is not only easy to carry, but also more intuitive and convenient during use. For example, some sunscreen lotions are packaged in silver tubes, a design that not only looks simple but also makes it easier for consumers to squeeze out and apply the product. In addition, the packaging design of some sunscreen lotions takes into account the needs of outdoor activities, such as Stelbi's innovative 2-in-1 packaging, which can be used as both body spray and facial sunscreen lotion. This design greatly improves consumer convenience.

2. Protect products
While simplifying packaging design, we must also consider how to effectively protect the product. For example, some sunscreen lotions are packaged in plastic or non-trial bottles to ensure the freshness and integrity of the product. At the same time, packaging design also needs to consider the characteristics of the sunscreen lotion itself, such as waterproof ability, film-forming speed, etc., to ensure the safety of the product during transportation and use.

3. Cost savings
Simplifying packaging design can also help brands save costs. By reducing packaging materials and complex design elements, brands can reduce production costs without compromising product quality. This is also good news for consumers, as it means more affordable prices.

4. Environmental considerations
As consumers' attention to environmental issues continues to increase, simplified packaging design also helps reduce packaging waste and is in line with the concept of sustainable development. The simple packaging design not only reduces the consumption of resources, but also reduces the generation of waste to a certain extent.

5. Strengthen brand image
Although simplified packaging design reduces redundant information and complex elements, brands can still convey their brand values and image through design techniques such as color, shape and logo. For example, Clarins' sunscreen lotion is packaged in a simple carton, wrapped in plastic bubbles, and comes with an after-sales card. This design not only reflects the brand's high-quality positioning, but also takes into account the consumer experience.

To sum up, the benefits of simplified sunscreen lotion tube packaging are mainly reflected in improving user experience, protecting products, saving costs, considering environmental protection and strengthening brand image. When designing packaging, brands need to balance simplicity with protection to ensure product quality and consumer satisfaction.

 

11) Durability of cosmetic plastic packaging

The durability of cosmetic plastic packaging is an important consideration, which involves many aspects such as the selection of packaging materials, the compatibility of cosmetics and packaging materials, and packaging design. Here is some relevant information.

Packaging material selection
The choice of plastic packaging materials directly affects the durability of cosmetic plastic packaging. Different plastic materials have different performance characteristics. For example, PET (polyethylene terephthalate) has the characteristics of high barrier properties, light weight, non-breaking properties, chemical resistance and strong transparency, so it is widely used in plastics. It is widely used in filling gel water. PETG (polyethylene terephthalate-1,4-cyclohexanedimethanol) has better transparency than PET, better chemical resistance, better oil resistance, and better weather resistance (yellowing) than PET , but the procurement cost is 2-3 times that of PET. AS (styrene acrylonitrile copolymer) has better transparency than ABS (acrylonitrile-butadiene styrene terpolymer), and has better toughness, but it cannot directly come into contact with cosmetics and food. In acrylic cosmetic packaging materials Generally, they are made of materials for inner covers and shoulder holsters. ABS is an engineering plastic that is not environmentally friendly, has high hardness, and cannot directly come into contact with cosmetics and food.

Compatibility of cosmetics and packaging materials
The compatibility of cosmetics and packaging materials is also an important factor affecting the durability of cosmetic plastic packaging. If the ingredients in cosmetics react chemically with packaging materials, the performance of the plastic may deteriorate, resulting in reduced stability and quality of the cosmetics and deterioration. For example, organic solvents such as alcohols, ethers, aromatic hydrocarbons, and hydrocarbons in cosmetics are dissolved based on the principle of "similar compatibility" and are used to bond plastic packaging adhesives, printing inks on plastic packaging, or the plastic packaging materials themselves. , which may result in reduced durability of plastic packaging.

Package Design
Packaging design also affects the durability of cosmetic plastic packaging. For example, adding a sealing gasket to the bottle cap can enhance the sealing effect, which helps to extend the shelf life of cosmetics and also reflects the user-friendliness and practicality of the packaging design. In addition, choosing the appropriate printing inks and colors can also enhance the durability of the packaging, allowing the packaging to maintain good visual effects and functionality despite long-term use and exposure to the outside environment.

To sum up, the durability of cosmetic plastic packaging depends on a variety of factors, including the selection of packaging materials, the compatibility of cosmetics and packaging materials, and packaging design. When choosing plastic packaging for cosmetics, these factors need to be considered comprehensively to ensure the durability of the packaging and the quality of the cosmetics.

 

12) The impact of different plastics on the stability of cosmetics

The stability of cosmetics is an important factor in ensuring their quality and effectiveness. As a kind of cosmetic packaging material, plastic's material and characteristics will directly affect the stability of cosmetics. The following is the impact of different plastics on the stability of cosmetics:

1. Selection of plastic materials
Different plastic materials have different chemical stability and physical properties. These properties will affect the interaction between cosmetics and packaging materials, thereby affecting the stability of cosmetics. For example, common plastic materials such as polyethylene (PE), polypropylene (PP), and polyethylene terephthalate (PET) have their own advantages in chemical stability and physical properties. These advantages are important for ensuring the stability of cosmetics. Crucial.

2. Safety of plastic packaging materials
The safety of plastic packaging materials is an important factor that must be considered when selecting packaging materials. Some plastic materials may release harmful substances, and if these substances migrate into cosmetics, they may pose a threat to consumers' health. For example, polyvinyl chloride (PVC) packaging may release harmful substances such as phthalates (DEHP) when exposed to moisture or alcohol. If these substances exceed a certain concentration, they may cause damage to the skin and other parts of the body. Cause irritation or allergic reaction.

3. Heat resistance of plastic packaging materials
Cosmetics may be exposed to varying temperature conditions during storage and transportation. Therefore, the heat resistance of plastic packaging materials is a factor that needs to be considered. For example, PETG packaging has better heat resistance than PET and is more suitable for cosmetics that need to be stored for a long time.

4. Transparency of plastic packaging materials
The transparency of cosmetic packaging is an important attraction for consumers. However, some plastic materials such as PVC may fade or change color when exposed to sunlight, which not only affects the appearance of the cosmetics, but may also have a negative impact on their stability. Therefore, when selecting plastic packaging materials, its impact on the stability of cosmetics needs to be considered.

5. Cost and environmental protection of plastic packaging materials
In addition to the above factors, the cost and environmental protection of plastic packaging materials are also factors that cosmetic manufacturers need to consider when selecting packaging materials. The balance of cost-effectiveness and environmental performance is crucial to ensure the overall quality and market competitiveness of cosmetics.

To sum up, the impact of different plastic materials on the stability of cosmetics is multifaceted, including chemical stability, physical properties, safety, heat resistance, transparency, etc. When selecting plastic packaging materials, cosmetics manufacturers need to comprehensively consider these factors to ensure the stability of cosmetics during storage and transportation and to protect the health of consumers.

 

13) Comparison of heat resistance properties of different plastics

In daily life, plastic products are widely used. However, different types of plastics have significant differences in heat resistance. The following is a comparison of the heat resistance properties of several common plastics.

1. PET (polyethylene terephthalate)
PET is a common plastic often used to make beverage bottles. Its heat resistance is average, and the maximum operating temperature does not exceed 70 degrees Celsius. When PET is heated or filled with boiling water, it can deform and dissolve harmful substances.

2. HDPE (High Density Polyethylene)
HDPE is not recommended for use as water-holding utensils, but it is commonly used in cleaning products and shower gels. This kind of plastic has good temperature resistance and can withstand temperatures of 110°C, but it is not suitable for holding hot water because bacteria may breed after cleaning.

3. PVC (polyvinyl chloride)
PVC is commonly used to make raincoats and plastic films, etc. It cannot be heated, its temperature resistance is only 60°C, and plasticizers will precipitate under high temperature and grease conditions, and these plasticizers may cause cancer.

4. PE (low density polyethylene)
PE is often used to make cling film and food plastic film. Qualified PE cling film will melt at 110°C, leaving plastic preparations behind. Therefore, food should not be wrapped in PE plastic wrap and heated to avoid dissolving harmful substances.

5. PP (polypropylene)
PP is the only plastic material that can be heated in a microwave oven. It has good heat resistance, can withstand high temperatures of 130°C, and has a melting point as high as 167°C. Some microwave lunch box lids are made of No. 06 PS (polystyrene). PS is not resistant to high temperatures, so the lid should be removed before heating the lunch box.

6. PS (polystyrene)
PS is often used to make bowl-type instant noodle boxes and foam fast food boxes. Its temperature resistance is average and can only withstand temperatures of 70°C. If the temperature is too high, PS will release polystyrene, a carcinogen.

7. PC (polycarbonate)
PC plastic has high transparency and strong hardness. It has good heat resistance and its continuous working temperature can reach about 260℃. However, the heat distortion temperature of PC is also an important indicator, and different PC products may have different thermal performance characteristics.

8. Heat-resistant plastics
Heat-resistant plastics generally refer to plastic products with a heat deformation temperature above 200°C. For example, the heat distortion temperature of PPS can reach 240℃, the heat distortion temperature of chlorinated polyether can reach 2l0℃, the heat distortion temperature of polyarylsulfone (PAR) can reach 280℃, and the heat distortion temperature of PEEK can reach 230℃.

9. Ultra-high heat-resistant plastics
The heat deformation temperature of ultra-high heat-resistant plastics is greater than 300°C. For example, the heat distortion temperature of polyphenylene can reach 310℃, the heat distortion temperature of polybenzimidazole (PBI) can reach 435℃, and the heat distortion temperature of infusible PI can reach 360℃. Among them, polybenzimidazole PBI is one of the most high-temperature-resistant plastics at present.
When choosing plastic products, it is important to understand their heat-resistant properties. Users should choose the appropriate type of plastic products based on their own use needs and scenarios to ensure safety and service life.

 

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