ቀዝቃዛ ቅርጽ ያለው አልሙኒየም የሕክምና አልሙኒየም ፎይል ማሸጊያ ዓይነት ነው, አሁን በስፋት ጥቅም ላይ የዋለው. ቀዝቃዛ አልሙኒየም ቀዝቃዛ አልሙኒየም ተብሎም ይጠራል, ፎይል ሂድ, ወዘተ. The common thermoformed aluminum foil blister is usually a thermoformed aluminum foil blister composed of aluminum foil paper and moisture-releasing film.

The cold-formed aluminum foil is different from this. A conventional blister is easily affected by light and air. Cold-formed aluminum foil is formed by cold pressing, which can protect the full-foil packaging of medicines to the highest degree. Many pharmaceutical packaging requires the use of aluminum foil packaging materials that are highly sensitive to moisture, and the use of cold-formed aluminum foil packaging has become more widespread.

An important reason why cold-formed aluminum foil is chosen by more and more people is that cold aluminum can be used as a packaging blister material that completely blocks oxygen, ብርሃን, እና እርጥበት.

Conventional aluminum foil/aluminum foil blister packaging includes a laminate of plastic films (PVC ወይም ፒ), ማጣበቂያ, የአድራሻዎች, ማጣበቂያ, and outer plastic films. The outer plastic film can be PET or PVC, supporting a thin aluminum foil, and acting as a heat-sealing layer.
The aluminum layer is usually composed of a mixture of several very thin layers, not a single thick layer. Multiple layers help ensure that pinholes do not pass through the aluminum foil while also improving the tensile properties of the packaging material. The brittleness of cold-formed aluminum means that an aluminum foil/aluminum foil blister cannot be formed like a plastic blister. The multi-layer mixing is formed on the machine, filled, and finally sealed. Machine production executes these functions in sequence.

In the process of forming cold-formed aluminum foil, the aluminum foil is molded by the mold to form a cavity. ስለዚህ, it is more expensive than the hot forming process, and it is slightly more expensive on the mold than the hot forming. ከዚህም በላይ, in the process of cold forming aluminum foil packaging, the cavity must be larger than in the thermoforming process, increasing the packaging area, which can allow the product to move in the blister.