Wholesale Iml Label Film Sticker Food Plastic Container basin bowl in Mould Mold Label

Short Description:

In mould label, also known as IML, is a highly innovative and efficient process that has taken the plastic packaging industry by storm. It involves placing a pre-printed label or graphic between two layers of molten plastic before the moulding process takes place. This process ensures that the label is fully integrated with the plastic, resulting in a seamless and durable finish.

Product name: Labels

Size: Customized Size

Color: Customized Color

Thickness: Customized Thickness

MOQ: 1000 Square Meters

Packing: Shrink Film + Carton

Design: AI PDF PSD CDR

Payment: T.T

Shipping: UPS DHL EMS Fedex TNT

Delivery Time: 5-8 Working Days

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One of the main benefits of in mould label technology is that it enables manufacturers to produce high-quality packaging with vibrant and long-lasting graphics. This is particularly important for products that need to stand out on retail shelves. The labels are also resistant to scratches, fading, and moisture, ensuring that they remain attractive even after repeated use.

Furthermore, the in mould label process is environmentally friendly as it eliminates the need for additional labels or printing. This helps to reduce waste and promote sustainable packaging practices. Most importantly, in mould label technology allows manufacturers to create customized packaging designs that meet the specific needs and preferences of their customers. This enhances product differentiation, improves brand recognition, and ultimately increases sales.

Overall, in mould label technology is a game-changer in the plastic packaging industry, providing manufacturers with a cost-effective, reliable, and attractive way to produce high-quality products. Its benefits are numerous, making it one of the most exciting and innovative packaging solutions available today.

Reasons for insufficient static electricity of IML labels？

IML (In-Mold Labeling) labels are an innovative and popular method of labeling products. These labels are made of a thin plastic film with an imprinted design that is inserted into the mold before the product is formed. However, there may be instances where IML labels do not have sufficient static electricity to adhere properly to the product. Here are some reasons why this may happen:

1. Weather conditions: Static electricity is affected by weather conditions. Low humidity can cause static electricity to dissipate, making it harder for IML labels to adhere to the product. In such cases, increasing the humidity in the production area can provide a solution.

2. Material of the product: The material of the product may not be conducive to static electricity. For example, products made of wood or cardboard may not generate sufficient static electricity for the IML label to stick. In such cases, alternative labeling methods could be considered.

3. Quality of the mold: The quality of the mold and the coating on its surface can affect the static electricity generated. The mold surface should be smooth and clean to enable good contact with the IML label. If the surface is rough or dirty, it could reduce the amount of static electricity generated, leading to weak label adhesion.

4. Packaging process: If the packaging process involves a lot of movement or vibration, it can cause the IML label to lose its static charge. In such cases, adjusting the packaging process can alleviate the issue.

5. Production speed: Production speed can sometimes affect the static electricity generated, especially when dealing with large-scale production. In such cases, approproate equipment and adjustments to the production line can help ensure proper label adhesion.

In conclusion, there can be several reasons for insufficient static electricity of IML labels. However, by paying attention to factors such as weather conditions, product material, mold quality, packaging process, and production speed, these issues can be effectively addressed, ensuring consistent and reliable label adhesion.

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