Polyamide or simply Polyacrylate is one of the major ingredients in the manufacturing of Polyureas and other sealants. This material also has several applications in the commercial sector. Biaxially Oriented polyamide film, also called BIAx, is primarily made from polyacrylate resin, which is used for a range of industrial applications in the food and pharmaceutical industry, particularly where high sealing and protection needs are desired. In the food and pharmaceutical industries, the BIAx is often used in place of gel coat, a vital step in sealing the internal parts of food products so as to keep them fresh and shelf life longer. The film can also prevent the development of mold or mildew on food products during storage.
Another application of polyamide film is its use in the food packaging industry. It is commonly used to create flexible food packaging that can effectively and efficiently keep products fresh for long periods of time, thus reducing wastage and improving profits. This allows the company to offer better services to their clients as they can provide pallets of goods that remain free from contamination and are more hygienic than traditional rigid food packaging options.
Polyamide has a number of advantages over conventional rigid packing options. It has an increased structural strength and dimensional stability over non-rigid packing solutions. Due to this property, it is well suited to food packaging applications that require an extended shelf life. It is also able to improve food product storage stability by eliminating buckling, cracking and expansion that usually occur with other types of rigid packing materials.
Due to its superior dimensional stability, the polyamide film is also a suitable material for use in food processing applications. It provides superior protection against abrasion, condensation, impact, moisture and vibration. Another benefit provided by this polyamide film is its ability to maintain its elasticity and shape regardless of its temperature and humidity. Because of its unique properties, the material can easily meet the demands of demanding manufacturing requirements and ensures optimal value for money and long-term service. In addition, it has been found that polyamide copolymer increases productivity and efficiency of production lines, cutting costs and eliminating waste during manufacturing operations.
The polyamide film is able to withstand high pressures and temperatures because of its unique properties. It can withstand up to 300 psi (pounds per square inch) and is able to withstand oil, grease and other liquids. It is also resistant to ultraviolet rays, which is especially useful when you need to protect clothing from sunlight and prevent damage to sensitive equipment.