2.1 Liter Square White HDPE Tamper Evident Container w/Plastic Handle

In-Mold Labeling

The Cary Company offers in-mold labeling for various containers. In-mold labeling (IML) is a labeling process wherein a label is applied to a container during the manufacturing of the container, typically through blow molding or injection molding. The mold takes the shape of the container, which allows for greater decorating options than other labeling methods. In-mold labeling is more efficient than other labeling methods as it leads to less waste and creates a product that is both durable and easily recyclable/regrindable. To learn about IML, click here!

IML offers several advantages including:

• Maximum print quality
• Scratch resistance
• Strong construction that resists humidity and temperature changes
• Shorter production time as containers are produced and decorated in one step
• Environmentally friendly (container and label are both recyclable)

Use in-mold labeling to create unique packaging that stands out in retail environments!

Product Sourcing & Design Services - Can’t find a specific item? Require a unique solution? We can source it for you! If you require a specific container or accessory The Cary Product Sourcing Team will work with you to find the best solution available. In addition, The Cary Design Team can help you with all your design needs from label design to label application. -- Call 630.629.6600!

Material:

High density polyethylene (HDPE ) is the most commonly used resin. This economical plastic has good impact and chemical resistance, is naturally translucent and flexible. It is typically used for personal care products such as shampoo bottles. Adding color will give HDPE an opaque look that will result in an increase in weight and rigidness. We have a variety of these rigid and tough high density polyethylene products in stock, from containers, pails, bottles, caps, tubs and jugs. HDPE works well in below freezing temperatures. HDPE heat compatibility varies. Maximum fill temperature is generally around 171°F; however, testing is recommended with your specific product and application. Distortion occurs between 220° to 250° F.