All-Plastic 2.0ml Lotion Pump for Sustainable Personal Care Packaging

The lotion pump is one of the most important components in modern personal care packaging. It controls how a product is dispensed, influences the user experience, protects the formulation during storage and transportation, and contributes to the overall appearance of the package. For products such as shower gel, shampoo, body lotion, hand wash, and other liquid care formulas, the pump must combine reliable performance with attractive design, convenient handling, and compatibility with different bottles.

The GY-320 All Plastic Lotion Pump 2.0ml Dosage is designed to meet these requirements through a practical combination of stable dispensing performance, flexible closure options, customizable tube length, and a fully plastic internal construction. Available in 24-410 and 28-410 neck sizes, the pump is suitable for a broad range of personal care and household packaging applications.

Its most distinctive feature is the absence of a metal spring and glass ball inside the pump. Instead, the all-plastic construction provides a simpler material composition that can support easier recycling and reduce the need for component separation. This design responds to the growing demand for more sustainable packaging while preserving the familiar convenience of a lotion pump.

Manufactured by GreenYard Tools Co., Ltd., a China-based packaging manufacturer with 16 years of experience in spray product manufacturing, the GY-320 reflects the company’s capabilities in mold design, injection molding, automated assembly, and quality inspection. With a reported daily production capacity of one million units, GreenYard supports both standard packaging supply and customized packaging programs for customers in global markets.

All Plastic Lotion Pump 2.0ml Dosage

1. Product Overview

The GY-320 is an all-plastic lotion pump developed for dispensing liquid and semi-liquid personal care products. It delivers a nominal dosage of 2.0ml per stroke, providing a practical amount for common applications such as body lotion, shampoo, shower gel, and hand wash.

The pump is available in two standard neck sizes: 24-410 and 28-410. These neck specifications allow the pump to be matched with different bottle designs and filling systems. Because bottle neck compatibility is essential to packaging performance, the availability of two common size options gives product developers greater flexibility when selecting a container.

The pump includes a left-right locking mechanism. This lock is designed to help prevent accidental actuation during transportation, storage, and retail handling. When a package is shipped in cartons or placed among other products, an effective locking system helps reduce the possibility of unintended product discharge.

Several external closure styles are available, including smooth, ribbed, and aluminum options. These choices allow the same basic pump platform to be adapted to different product positioning strategies. A smooth closure may provide a clean and modern appearance, while a ribbed closure can offer additional grip. An aluminum-style closure can create a more premium visual effect for products positioned in higher-value market segments.

The dip tube length can be customized according to the bottle height and internal structure. This is important because a tube that is too short may leave product at the bottom of the container, while a tube that is too long may interfere with the bottle or reduce dispensing stability. Custom tube length allows the pump to be adapted to different packaging formats.

2. Main Technical Specifications

These specifications make the GY-320 a versatile choice for packaging manufacturers, personal care brands, contract fillers, and distributors seeking a lotion pump that combines standardized compatibility with material and appearance customization.

3. Consistent 2.0ml Dosage Performance

Dosage accuracy is a central performance factor in lotion pump packaging. Each actuation should provide a predictable quantity of product so that consumers can use the package conveniently and manufacturers can communicate a consistent application experience.

The GY-320 is designed to deliver 2.0ml per stroke. This dosage is suitable for many everyday personal care products. For body lotion, it can provide a practical amount for applying product to a specific area of the body. For shower gel or shampoo, it can offer controlled dispensing while allowing the user to press the actuator again when more product is required.

A stable dosage also contributes to product value perception. When a pump releases too little product, users may need to pump repeatedly, which can make the package feel inefficient. When it releases too much, product may be wasted or the consumer may find it difficult to control application. A nominal 2.0ml output provides a balanced middle range for many liquid care formulas.

The pump’s performance depends on several factors, including product viscosity, formula characteristics, bottle design, dip tube positioning, and correct assembly. For this reason, packaging testing should be performed with the intended formula and bottle combination before mass production. GreenYard’s manufacturing and technical capabilities can support this type of product matching and packaging development.

Compared with generic pumps that may provide inconsistent output from one unit to another, a well-engineered 2.0ml pump can improve the user experience and help brands maintain more predictable product consumption. Stable performance is especially valuable for products sold in retail environments, where packaging quality directly influences customer impressions.

4. Advantages of the All-Plastic Construction

The defining advantage of the GY-320 is its all-plastic internal design. Traditional lotion pumps commonly use a combination of plastic components, a metal spring, and a glass ball. These mixed materials can make recycling more complicated because the pump may need to be dismantled before the different materials can be processed separately.

The GY-320 does not use a metal spring or glass ball inside the pump. Its plastic-based construction can simplify the material composition and support easier recycling. This is particularly relevant for brands seeking to improve packaging sustainability, reduce mixed-material components, and communicate a more responsible packaging approach.

A mono-material direction can also support more efficient packaging sorting and processing. Although recycling outcomes depend on local collection systems, recycling facilities, material identification, and regional regulations, a pump with fewer material types may be easier to manage than a conventional mixed-material design.

The absence of a metal spring may also reduce concerns about metal exposure to certain formulations. Formula compatibility must always be evaluated through laboratory testing, but removing a metal component from the liquid-contacting mechanism can be attractive for brands developing clean-label, sensitive, natural, or environmentally positioned products.

Compared with conventional pumps, the all-plastic construction offers several potential benefits:

First, it can reduce the number of materials incorporated into the pump. This may make the component more suitable for recycling-oriented packaging strategies.

Second, it eliminates the need for a metal spring and glass ball. This creates a simpler internal material profile and may support easier end-of-life handling.

Third, it can strengthen a brand’s sustainability communication. Brands can present the pump as a plastic-based solution designed with recyclability in mind, while avoiding unsupported claims about universal recyclability.

Fourth, it provides an alternative to traditional lotion pumps for customers who want to move toward more environmentally considerate packaging without abandoning the convenience of a pump dispenser.

Sustainability is not limited to the pump itself. The complete packaging system should also be evaluated, including the bottle material, cap, dip tube, labels, decoration, formula, production energy, transportation, and local recycling infrastructure. Nevertheless, the all-plastic pump is a meaningful component in an overall packaging improvement program.

5. Secure Left-Right Locking Mechanism

The GY-320 features a left-right lock designed to reduce accidental dispensing. This type of locking function is valuable during transportation and storage, when packages may be compressed, shaken, inverted, or placed in close contact with other products.

Without a reliable lock, pressure applied to the actuator can cause unintended product release. Leakage can damage cartons, labels, or neighboring products. It can also create additional costs for retailers, distributors, and consumers. A locking mechanism helps protect the package when it is not being used.

The left-right lock is also convenient for retail packaging. It provides a clear operating concept: the pump can be unlocked for use and locked again when the product is being carried or stored. This is helpful for products kept in handbags, gym bags, travel cases, bathroom cabinets, and luggage.

For travel-sized or frequently transported personal care products, the lock can be particularly important. Even when a product is not marketed specifically as travel packaging, consumers increasingly expect packaging to be secure and mess-resistant. A pump that can be locked helps support these expectations.

Brands should still conduct transportation testing, including vibration, compression, temperature variation, and leakage evaluation. Packaging performance is influenced by the pump, bottle, closure torque, product formula, filling level, and shipping conditions. The locking mechanism is an important part of the protection system, but it should be tested as part of the complete package.

6. Flexible Closure and Appearance Options

Packaging appearance has a significant influence on product positioning. The closure is one of the most visible parts of a lotion pump, and it contributes to both visual identity and tactile experience.

The GY-320 is available with smooth, ribbed, and aluminum closure options. These variations allow a brand to select a style that matches its product category, target market, and desired retail image.

6.1 Smooth Closure

A smooth closure offers a clean and simple appearance. It can work well with minimalist packaging designs, modern bathroom products, professional personal care products, and brands that prefer a restrained visual language.

The smooth surface can also provide a broad area for color matching and coordinated design. When combined with a transparent, opaque, or colored bottle, it can help create a unified packaging system.

6.2 Ribbed Closure

A ribbed closure adds texture and may improve grip when the user handles the pump. This can be useful in wet bathroom environments where hands may be damp or covered with product.

Ribbed details can also provide a more technical or functional appearance. They may be suitable for shower products, family-size containers, salon products, and household liquid products where ease of handling is a priority.

6.3 Aluminum Closure Option

An aluminum closure option can contribute to a more premium appearance. Metallic visual details are often associated with luxury, refinement, and higher-value product positioning.

The aluminum-style option gives product designers an opportunity to create a more distinctive appearance while retaining the basic dispensing performance of the GY-320 platform. It may be considered for premium body care, spa products, salon products, and gift-oriented personal care packaging.

The availability of different closure styles is an advantage over packaging programs that offer only one standard appearance. It allows manufacturers and brands to use the same pump concept across different product lines while creating visual variation through surface design and material presentation.

7. Customizable Dip Tube Length

The dip tube is essential to pump performance because it transfers product from the bottle to the pump mechanism. Bottle dimensions vary significantly across the packaging market. Some containers are short and wide, while others are tall and narrow. A standard tube length may not work equally well for every bottle design.

The GY-320 supports customized tube length. This allows the pump to be adapted to the internal height of the selected bottle. Proper tube length can help the pump reach the product more effectively and reduce the amount of residual formula left in the container.

Customization is especially useful when a brand develops its own bottle shape. A unique bottle may have curved shoulders, a recessed base, an unusual height, or a particular internal geometry. By adjusting the tube length, the pump can be integrated more effectively with the bottle.

Tube customization can also support different filling levels. A package designed for a smaller product volume may require a shorter tube than a large-volume family package. Matching the tube to the bottle improves the likelihood of stable product uptake throughout the package life cycle.

During development, the dip tube should be evaluated with the actual formula. Highly viscous lotions, products containing suspended particles, and formulas with different flow characteristics may require special testing. The goal is to confirm reliable priming, consistent dispensing, and acceptable product evacuation.

8. Suitable Applications

The GY-320 is designed for a broad group of personal care and household liquid products. Its 2.0ml dosage and available neck sizes make it suitable for both everyday consumer packaging and selected professional applications.

8.1 Body Lotion

Body lotion is a natural application for the GY-320. Consumers typically want controlled dispensing, easy one-handed operation, and a package that can be placed on a bathroom counter or dressing table. The 2.0ml dosage provides a practical amount for repeated application.

8.2 Shower Gel

Shower gel packaging must function in wet environments. The pump should be easy to operate with damp hands, and the lock can help prevent accidental discharge when the bottle is stored or transported. A ribbed closure may be selected when additional grip is desired.

8.3 Shampoo

For shampoo, controlled dosage can help reduce waste and improve convenience. A pump format is particularly useful for larger bottles used by families, salons, hotels, and other high-frequency applications.

8.4 Hand Wash

Hand wash is often used many times per day, making dispenser reliability important. The GY-320 can support convenient repeated use in bathrooms, kitchens, offices, hospitality spaces, and commercial facilities.

8.5 Other Liquid Care Products

The pump may also be considered for liquid soaps, cleansing products, hair treatments, body care products, and other formulas with compatible viscosity and chemical characteristics. Product compatibility testing should be completed before final selection.

9. Performance Benefits Compared with Conventional Pumps

Conventional lotion pumps remain widely used because they offer familiar operation and broad packaging compatibility. However, many traditional designs include multiple material types, including metal springs and glass balls. The GY-320 provides an alternative for brands that want to address some of the limitations associated with mixed-material pump construction.

The first advantage is material simplification. A pump without a metal spring or glass ball may be more aligned with mono-material packaging objectives than a conventional mixed-material pump.

The second advantage is sustainability communication. Consumers and retailers increasingly pay attention to packaging materials. An all-plastic design can give a brand a clear product feature to communicate, provided that sustainability claims are accurate, qualified, and supported by local recycling conditions.

The third advantage is design flexibility. The GY-320 is offered in different neck sizes and closure styles, while the dip tube can be customized. This provides more packaging freedom than a one-size, one-finish pump.

The fourth advantage is transportation security. The left-right locking mechanism can help reduce accidental actuation and leakage during storage and shipping.

The fifth advantage is broad product suitability. The pump is designed for common personal care products, allowing one platform to support several categories. This can simplify product development for brands with multiple liquid product lines.

The GY-320 should not be evaluated only on the basis of appearance. Pump performance, formula compatibility, torque requirements, bottle stability, filling-line operation, shipping conditions, and end-of-life considerations all affect the success of a package. A professional manufacturer can help customers evaluate these factors together.

10. Manufacturing Strengths

GreenYard Tools Co., Ltd. specializes in spray product manufacturing and has 16 years of experience in the packaging industry. Its product scope includes perfume sprayers, pump heads, caps, bottles, and daily chemical packaging solutions.

The company’s capabilities cover several important stages of packaging production, including mold design, injection molding, automated assembly, and quality inspection. These capabilities are particularly relevant to lotion pump manufacturing because pump performance depends on the accuracy and consistency of many small components.

10.1 Mold Design

Mold design is the foundation of stable plastic component production. Pump parts must be formed with suitable dimensions, smooth movement surfaces, accurate connection points, and appropriate tolerances. A well-designed mold can improve repeatability and help reduce defects during mass production.

For customized projects, mold development also allows the manufacturer to create specific closure shapes, surface details, colors, and component configurations. This helps customers develop packaging that is differentiated from standard market products.

10.2 Injection Molding

Injection molding is used to produce many of the plastic components required for the pump. Consistent injection molding can help maintain dimensional accuracy across large production quantities.

Important factors include material control, injection pressure, temperature management, cooling conditions, cycle stability, and part inspection. When these factors are managed effectively, the resulting components can support smoother assembly and more consistent pump operation.

10.3 Automated Assembly

Automated assembly is valuable for a product made from multiple small components. It can improve production efficiency, reduce manual handling, and support more consistent assembly conditions.

Automation also helps manufacturers meet high-volume requirements. GreenYard reports a daily production capacity of one million units, allowing it to support larger personal care packaging programs as well as ongoing supply for established product lines.

10.4 Quality Inspection

Quality inspection helps identify dimensional, cosmetic, functional, and assembly-related issues before products are shipped. For lotion pumps, inspection may include checks of component fit, actuator movement, closure condition, locking operation, dosage performance, and leakage resistance.

A structured quality process is important for protecting customer production schedules. Consistent incoming packaging quality helps filling plants reduce interruptions and supports more predictable final product output.

10.5 Product Innovation

GreenYard is supported by a dedicated design team and continuously promotes product innovation. The development of an all-plastic lotion pump reflects the company’s focus on adapting traditional packaging formats to changing market expectations.

Innovation in packaging does not always require a completely new product category. It can also involve improving material selection, simplifying components, increasing customization, improving user convenience, or making a familiar package more compatible with sustainability goals.

11. Quality and Packaging Development Considerations

Before purchasing the GY-320 for mass production, customers should conduct a complete packaging compatibility evaluation. This process should include the pump, bottle, formula, filling equipment, label, secondary packaging, and distribution environment.

Formula compatibility is particularly important. The selected product should be tested for chemical interaction with the pump components over the intended shelf life. Testing may include exposure to different temperatures, long-term storage, repeated actuation, and visual inspection for changes in color, odor, texture, or function.

Dosage testing should be performed over multiple actuations and across representative production samples. The purpose is to confirm that the pump delivers the intended quantity consistently and that the product primes effectively after filling.

Leakage testing should be performed with the bottle and pump assembled according to the final production specifications. Closure torque, bottle neck dimensions, gasket or sealing conditions, and transportation orientation can all influence leakage performance.

Lock testing should confirm that the left-right mechanism remains secure during normal handling while still being easy for the consumer to operate. The lock should be assessed before and after transportation simulation to ensure that repeated movement does not cause unintended unlocking.

Tube length should be evaluated using the final bottle. Testing should confirm that the tube reaches the product effectively without excessive bending, blockage, or interference with the bottle base.

12. Sustainability in Packaging Design

Sustainable packaging is a broad subject that includes material selection, manufacturing efficiency, recyclability, reusability, transport weight, product protection, and end-of-life management. The GY-320 contributes to this discussion through its all-plastic construction.

The absence of a metal spring and glass ball can simplify the internal structure. This may make the pump easier to consider within mono-material packaging strategies, especially when it is paired with a compatible plastic bottle and other compatible components.

However, sustainability claims must be carefully defined. Local recycling systems differ, and a component that is technically recyclable may not be accepted in every municipal program. Brands should therefore evaluate regional requirements and use appropriate language when communicating packaging benefits.

Another sustainability benefit can come from extending product usability. A pump that provides controlled dispensing may help consumers use an appropriate amount of product and reduce unnecessary waste. Secure locking can help prevent leakage during transportation, reducing product loss and damaged packaging.

Manufacturing efficiency is also relevant. High-volume injection molding and automated assembly can support consistent production and help manufacturers optimize resource use. Efficient production should be considered alongside product quality, durability, and the total life cycle of the package.

The GY-320 is therefore best viewed as one element in a broader sustainable packaging system. It provides a design direction that can help brands reduce mixed materials while preserving convenience and professional appearance.

13. Customization and Brand Application

Personal care markets are highly competitive. Packaging must often perform well while also creating a distinctive visual identity. The GY-320 offers several customization opportunities through closure type, color coordination, tube length, bottle pairing, and overall packaging design.

A brand may select a smooth closure for a minimalist product line, a ribbed closure for a functional bath product, or an aluminum-style closure for a premium range. Different closure appearances can help separate product families while using a related pump platform.

Color matching can also be used to coordinate the pump with the bottle, label, carton, or product formula. Consistent color and surface treatment can improve shelf presentation and reinforce brand recognition.

For contract manufacturers and packaging distributors, the two available neck sizes create opportunities to offer the pump to customers with different bottle specifications. Customized tube length further expands its application across bottle heights.

The company’s mold design and injection molding capabilities can support packaging development projects that require more than a standard catalog product. Customers can discuss closure requirements, bottle compatibility, surface appearance, and production quantities as part of a complete packaging program.

14. Supply Capacity and Customer Support

Packaging supply reliability is important for brands that operate continuous filling schedules. Delayed pumps can interrupt production, postpone product launches, and create inventory pressure. A manufacturer with high production capacity and integrated manufacturing capabilities can provide stronger support for regular supply programs.

GreenYard’s reported daily production capacity of one million units indicates its ability to handle substantial packaging requirements. Its integrated capabilities in mold design, injection molding, automated assembly, and quality inspection also reduce reliance on disconnected external processes.

For customers, an integrated supply chain can simplify communication. Instead of coordinating separate suppliers for molds, molded components, assembly, and inspection, customers can work with one packaging manufacturer for multiple stages of development and production.

GreenYard’s product range extends beyond lotion pumps and includes perfume sprayers, perfume pump heads, caps, bottles, and daily chemical packaging solutions. This broader product scope may be useful for customers seeking coordinated packaging components from one supplier.

The company is located at No. 97-1 Fengyi Road, Lanjiang Street, Yuyao City, Zhejiang Province, China. Its sales contacts include the telephone numbers +86-0574-62493001 and +86-13116696325, as well as the email address [email protected].

15. Recommended Selection Process

When selecting the GY-320, customers should first confirm the required bottle neck size. The pump is available in 24-410 and 28-410 versions, so the selected option must match the bottle specification.

Second, customers should confirm the formula type and viscosity. Shower gel, shampoo, body lotion, and hand wash may have different flow characteristics. Samples should be tested with the actual formula rather than relying only on general product descriptions.

Third, the desired closure finish should be selected. Smooth, ribbed, and aluminum options provide different visual and tactile effects. The selected option should be assessed alongside the bottle, label, and overall brand positioning.

Fourth, the tube length should be determined using the actual bottle dimensions. Customers should provide accurate bottle height and internal geometry information so that the tube can be customized appropriately.

Fifth, dosage and actuation testing should be completed. The 2.0ml specification should be verified under realistic use conditions, including repeated pumping and storage at different temperatures where appropriate.

Sixth, transport and leakage testing should be conducted. This is particularly important for products distributed through long supply chains or shipped in variable climatic conditions.

Finally, customers should review sustainability communication. The all-plastic design is an important feature, but claims should accurately reflect the complete package and the recycling conditions in the intended market.

16. Frequently Asked Questions

Q1. What is the dosage of the GY-320 lotion pump?

The GY-320 is designed to deliver a nominal dosage of 2.0ml per stroke. Actual performance may vary depending on formula viscosity, bottle configuration, temperature, and other packaging conditions, so testing with the final product is recommended.

Q2. Which bottle neck sizes are available?

The pump is available in 24-410 and 28-410 neck sizes. Customers should confirm that the selected pump matches the bottle neck specification before placing a production order.

Q3. Does the pump contain a metal spring?

No. The GY-320 uses an all-plastic internal design and does not contain a metal spring.

Q4. Does the pump contain a glass ball?

No. The pump does not use a glass ball inside its dispensing mechanism.

Q5. Why is the all-plastic design beneficial?

The all-plastic design simplifies the internal material composition and may support easier recycling compared with conventional pumps that combine plastic, metal, and glass. Recycling results depend on the complete package and local recycling infrastructure.

Q6. What products can use this lotion pump?

The pump is suitable for products such as shower gel, shampoo, body lotion, hand wash, and other compatible liquid personal care or household products.

Q7. Can the tube length be customized?

Yes. The dip tube length can be customized to suit different bottle heights and shapes.

Q8. What closure styles are available?

The available closure options include smooth, ribbed, and aluminum styles. These options allow customers to select a suitable appearance and handling experience.

Q9. How does the left-right lock work?

The left-right locking mechanism is designed to help secure the actuator and reduce accidental dispensing during storage and transportation. Users should unlock the pump before dispensing and lock it again when carrying or storing the product.

Q10. Is the pump suitable for travel packaging?

It may be suitable for travel-oriented packaging because the locking mechanism can help reduce accidental actuation. Complete leakage and transportation testing should be performed with the final bottle and formula.

Q11. Can the pump be used with any lotion or liquid?

Not necessarily. Compatibility depends on viscosity, chemical composition, particles, temperature, and other formula characteristics. Customers should test the intended product before mass production.

Q12. What manufacturing capabilities does GreenYard provide?

GreenYard provides capabilities in mold design, injection molding, automated assembly, and quality inspection. The company also operates a dedicated design team and produces a range of spray and daily chemical packaging products.

Q13. What is the company’s production capacity?

GreenYard reports a daily production capacity of one million units, supporting both large-volume programs and ongoing packaging supply requirements.

Q14. Can customers request customized packaging solutions?

Yes. Customers can discuss requirements involving neck size, closure appearance, tube length, bottle matching, and other packaging development considerations.

Q15. Is the pump recyclable everywhere?

Recycling acceptance depends on local collection and processing systems. The all-plastic design is intended to support easier recycling, but brands should verify local requirements and evaluate the entire packaging system before making specific recycling claims.

17. Conclusion

The GY-320 All Plastic Lotion Pump 2.0ml Dosage provides a practical and sustainability-oriented solution for personal care and household liquid packaging. Its 2.0ml dosage supports controlled dispensing, while the 24-410 and 28-410 neck sizes allow compatibility with a range of bottle formats.

The left-right locking mechanism improves transport and storage security by helping prevent accidental dispensing. Smooth, ribbed, and aluminum closure options provide flexibility in appearance and handling. Customized dip tube length allows the pump to be adapted to different bottle heights and shapes.

Its greatest distinction is the all-plastic internal design without a metal spring or glass ball. This simplifies the material profile and provides an alternative to traditional mixed-material lotion pumps. For brands working toward more recyclable or mono-material packaging strategies, this feature can be an important part of a broader packaging improvement plan.

GreenYard Tools Co., Ltd. strengthens the product proposition through its experience in spray packaging manufacturing, mold design, injection molding, automated assembly, quality inspection, and product innovation. Its reported production capacity of one million units per day supports high-volume supply, while its wider product range enables coordinated packaging development.

For brands, contract manufacturers, distributors, and packaging buyers, the GY-320 is a versatile option for shower gel, shampoo, body lotion, hand wash, and similar products. Proper formula compatibility, dosage, leakage, transportation, and recycling evaluations should be completed before final commercialization. When integrated with a suitable bottle and responsible packaging strategy, this all-plastic lotion pump can combine consumer convenience, professional presentation, manufacturing efficiency, and improved material consideration.

References

1. GreenYard Tools Co., Ltd. Product information for the GY-320 All Plastic Lotion Pump 2.0ml Dosage.

2. GreenYard Tools Co., Ltd. Company profile and manufacturing capability information.

3. Packaging Industry Guidance. General principles for lotion pump selection, closure compatibility, dosage testing, and leakage evaluation.

4. Personal Care Packaging Practices. Considerations for formula compatibility, dip tube design, transportation security, and consumer dispensing performance.

5. Sustainable Packaging Development Principles. General guidance on mono-material design, recycling considerations, and responsible environmental claims.

Product: All Plastic Lotion Pump 2.0ml Dosage

Qiao Mengxi — International Product Sales Consultant

6 years of overseas sales experience, mainly responsible for custom perfume sprayers, perfume pump heads, caps, and cosmetic packaging solutions for clients in Europe, Southeast Asia, and the Middle East.