Cat Treat Strips

Secia offers pre-made pouches and roll films for cat treat strips and bags. The various cat treat strip are made of multi-layer composite packaging materials with different textures, possessing several notable characteristics.

They are made of lightweight and sustainable materials, which is convenient for cat owners to carry around. These cats treat strips have good barrier properties, effectively blocking out external air, moisture, and the like. This helps in better maintaining the freshness and taste of the cat treats and prolongs their shelf life.

The easy-tear opening design allows them to be easily opened with a light tear, enabling quick feeding of the cats. There is also a small transparent visual window that enables cat owners to directly see the conditions of the cat treats, providing an intuitive understanding of the product status.

The packaging colors are usually quite bright and lively, capable of quickly attracting consumers' attention on the shelves. Cat treats are usually individually packaged in sachets and small strips, with each one weighing about 5 to 15 g. Such a small portion is suitable for a single serving for cats, avoiding the problem of excessive leftovers that are difficult to preserve after opening.

Most cat treat strip are made of multi-layer composite plastics. To combine the advantages of various materials, the multi-layer composite form is often adopted. For example, the outer layer uses PET to provide good printability and barrier properties. The middle layer may be aluminum foil, which has excellent barrier effects and can block light, oxygen, water vapor, and so on, further enhancing protection. The inner layer uses PE or PP to ensure compatibility with the cat treats and good heat-sealing performance, facilitating the sealing of the package. This multi-layer composite material is suitable for cat treat products that require extremely high product protection and have a longer shelf life.

Cat treat strip have relatively high requirements for protection against moisture, oxidation, and the like. If they need to go through certain transportation and storage processes, a thicker packaging material may be required. For example, for multi-layer composite plastic packaging bags, a total thickness of around 80 - 120 microns of material may be selected, with the thickness of each layer determined according to the specific design to provide sufficient barrier properties and physical strength.