Sustainable and Versatile Solution for Protective Applications

Introducing BHT-Free Polyethylene Film (63 Micron) by James Heal, your sustainable and versatile solution for protective applications. This eco-friendly film offers a reliable barrier to safeguard your products, while its versatility caters to various industries and packaging needs.

Trust in Quality and Environmental Responsibility

With James Heal’s BHT-Free Polyethylene Film, you can trust in both quality and environmental responsibility. This film is free from harmful BHT additives, ensuring the safety and well-being of your products and the planet.

Strong and Durable 63 Micron Thickness

Crafted with a strong and durable 63-micron thickness, this polyethylene film provides excellent protection against moisture, dust, and other external elements. Its reliability ensures your products remain in pristine condition during storage and transportation.

Versatile Applications for Different Industries

James Heal’s BHT-Free Polyethylene Film finds applications in various industries. From protecting textiles and electronics to safeguarding industrial equipment, this film’s adaptability makes it a preferred choice for diverse packaging needs.

Environmentally Conscious Packaging

By choosing BHT-Free Polyethylene Film, you contribute to environmentally conscious packaging practices. James Heal’s commitment to sustainability allows you to package your products responsibly without compromising on performance.

Polyethylene film with a thickness of 63 microns (µm) is a type of plastic film made from polyethylene, which is a widely used polymer known for its versatility and low cost. It is commonly referred to as PE film.

Key characteristics and properties of Polyethylene Film (63 Micron):

1. Thickness: The film has a thickness of 63 microns, which is equivalent to 0.063 millimeters or approximately 0.0025 inches.
2. Transparency: Polyethylene film is typically transparent, allowing visibility through the film. However, it can also come in various colors or be opaque depending on its intended application.
3. Flexibility: The film is flexible and can be easily bent or shaped, making it suitable for wrapping or covering irregularly shaped objects.
4. Water Resistance: Polyethylene is naturally resistant to water, making it a preferred choice for moisture barrier applications.
5. Chemical Resistance: It offers good resistance to many chemicals, acids, and alkalis, making it suitable for various industrial and packaging applications.
6. Tear Resistance: While it is not as strong as some other plastics, polyethylene film still exhibits decent tear resistance.
7. Heat Sealing: Polyethylene film can be easily heat sealed, making it ideal for creating pouches and bags for packaging purposes.
8. Low Cost: Polyethylene film is relatively inexpensive, making it a cost-effective packaging solution for many applications.

Applications of Polyethylene Film (63 Micron):

1. Packaging: It is commonly used in the packaging industry for wrapping products, creating bags, and protecting goods from dust and moisture during transportation.
2. Agriculture: PE film is used in agricultural applications as greenhouse covering, mulching film, and protective covers for crops.
3. Construction: It can be used as a temporary protective covering during construction activities.
4. Food Industry: In the food industry, it is used for food storage, wrapping, and as disposable food containers.
5. Industrial Uses: PE film finds applications in industrial settings for protective covers, liners, and insulation wraps.
6. Medical: In the medical field, it can be used for sterile packaging, disposable items, and medical equipment covers.
7. Laminating: It is used as a component in laminated films for various purposes, including packaging and printing.

It is essential to note that the properties and applications of Polyethylene Film can vary based on the specific type of polyethylene used (e.g., low-density polyethylene – LDPE, high-density polyethylene – HDPE, linear low-density polyethylene – LLDPE) and any additives or treatments applied to the film during its production. The given description is a general overview, and specific formulations may have different characteristics to suit particular use cases.