Choosing Airless Pump Bottles

1.Product Protection: Airless pump bottles help to protect the integrity and effectiveness of sensitive cosmetic formulations by minimizing exposure to air, light, and contaminants.

2.Extended Shelf Life: The airless design minimizes product oxidation and contamination, thereby extending the shelf life of the cosmetic product.

3.Precise Dispensing: Airless pump bottles provide precise and controlled dispensing of the product, helping to minimize waste and ensure consistent application.

4.Hygienic Benefits: The airtight and pump mechanism of airless bottles reduce the risk of bacterial contamination, making them a hygienic option for cosmetic products.

5.Aesthetic Appeal: Airless pump bottles offer a sleek and modern aesthetic, enhancing the product’s visual appeal and brand image.

Dalica offers one-stop custom OEM and ODM service for acrylic cream jar.

A wide range of customization services are as follows: materialssizes,colors,surface finishes, shapes, and more.

1.Materials: Customization of packaging materials to align withspecific requirements, such as glass, plastic, acrylic, or eco-friendly options, to ensure product compatibility andsustainability.

2.Capacities: For A10a, it has 5ml, 30ml, 50ml, 80ml, 100ml, 200ml.lf you want other capacities, we have other airless pump bottles for you.

3.Colors: Providing options for your color selection to match thebrand’s visualidentity and create packaging that resonates withthe target markt.

4.Surface Finishes: Offering a variety of surface finish options suchas matte, glossy, or textured finishes to enhance the visual andtactile appeal of the packaging.

1.Airless Pump Mechanism: Airless pump bottles are equipped with a special pump mechanism that utilizes a vacuum or airless technology. This mechanism is designed to remove air from the bottle, creating a vacuum inside.

2.Pump Activation: When the pump is actuated, it creates a vacuum or negative pressure within the bottle. This negative pressure helps draw the product upward toward the dispensing nozzle.

3.Product Dispensing: As the pump is depressed, the vacuum created within the bottle allows the product to be dispensed. The negative pressure assists in pushing the product upward and out of the bottle through the dispensing system.