Product Description
Tiffany Plastic Jar packaging container for cosmetic and food applications
Tiffany Plastic Jar is a compact packaging solution made from PP material, used as a packaging raw material across multiple industries. It is designed for filling, storage and transportation of products with different consistencies including creams, gels and pastes. The container integrates easily into manual and automated filling processes and ensures consistent dosing and sealing. Its glossy surface supports labeling and branding applications, making it suitable for commercial product presentation.
Functional properties and packaging role
The jar functions as primary packaging providing protection and stability for the product. PP material ensures compatibility with water based and oil based formulations. It minimizes evaporation of volatile components and maintains product integrity during storage. The lid structure provides secure sealing and prevents leakage during transportation. It supports stable performance in filling processes.
Product performance and outcome
The jar ensures stable storage conditions and preserves product texture and distribution. It enhances visual presentation due to its glossy surface. The compact format is suitable for sample sizes and travel formats. It provides convenient opening and closing without compromising sealing performance.
Application
Tiffany Plastic Jar is widely used in multiple industries. In cosmetics it is used for creams, balms and masks. In Food & Beverage it is used for sauces, pastes and dessert components. In pharmaceutical and nutraceutical industries it is used for ointments and supplements. In cleaning industry it is used for concentrated products. In SPA segment it is used for sample packaging. It is also widely used in private label and contract manufacturing.
Recipe Hand cream compact formulation
Purified water 600 ml
Glycerin 80 ml
Almond oil 120 ml
Olivem 1000 40 g
Cetearyl alcohol 25 g
Panthenol 10 ml
Chamomile extract 15 ml
Preservative 6 ml
Fragrance 5 ml
The process includes heating water and oil phases separately followed by combining them under mixing to form a stable emulsion. After cooling below 40 degrees, active components and fragrance are added. The system is stabilized and filled into jars with controlled dosing.
Industrial scalability and packaging integration
The jar demonstrates high stability in industrial use and ensures reproducibility of filling processes. It is compatible with automated lines and manual operations. The material is resistant to a wide range of ingredients, making it suitable for various industries. It supports efficient packaging operations and standardization of production processes.