The 135.3oz 38-400 HDPE Square Bottle from Multi Mold Plastics is a premium choice for brands seeking high-quality primary packaging solutions. This square bottle, expertly crafted from high-density polyethylene (HDPE), offers a substantial capacity of 135.3 ounces (4000 ml), making it suitable for a variety of liquid products. With precise dimensions of 6.6 inches in width and 12.0 inches in height, this bottle is designed to meet the demanding needs of industries such as personal care and cosmetics. Its robust square shape not only provides an efficient storage solution but also ensures stability and ease of handling.

Manufactured in Canada by Multi Mold Plastics, this HDPE square bottle features a 38-400 neck finish, which is compatible with a wide range of closures and dispensing systems, enhancing its versatility for different product formulations. Whether you are packaging body lotion, body wash, hand soap, hand cream, face cleanser, or shampoo/conditioner, this bottle offers a reliable and consistent packaging option. The clean, minimalist design of the bottle allows for excellent branding opportunities, ensuring your product stands out on the shelves.

In addition to its practical design, this bottle offers multiple decoration options to enhance your brand’s visual appeal. Choose from heat transfer labeling or silk screen printing to create a distinctive and professional look for your product line. Each decoration option ensures high-quality, durable graphics that maintain their appearance throughout the product's lifecycle. Whether you are a new brand or an established player in the market, this HDPE square bottle provides the flexibility and reliability you need for your packaging requirements.

Partnering with Multi Mold Plastics, a renowned supplier and manufacturer of blow-molded HDPE bottles, guarantees you receive a product that meets high standards of quality and performance. Explore the potential of the 135.3oz 38-400 HDPE Square Bottle and elevate your packaging to new heights with this expertly designed component.