Aluminium Foil Container
Lids can be customized as per clients sizes, shapes & thickness/gramage as per clients requirements.
Aluminium alloy milk can and stainless steel milk cans. Types of Milk Cans 1. Plastic Milk Can 2. Stainless Steel Milk can 3. Aluminium Alloy Milk can The aluminum can is used for transporting milk from farms to dairy plants. Plastic Milk Can Plastic milk cans have a low life expectancy say of a maximum of 4 to 5 years and there are hygienic issues when the plastic milk cans are cleaned and brushed from the inside it create scratches inside which will become the house for bacterial growth. Stainless Steel Milk can Stainless Steel Milk Cans at one hand are hygienic but on the other hand, SS Cans are made of thin Stainless sheets hence the temperature rise in S.S. milk cans is highest in comparison to Plastic and Aluminium Alloy. Also, SS Milk Can is prone to damage and cracks in transportation due to rough handling due to brittle in nature. Aluminium Alloy Milk can Aluminium Alloy Milk Can have a maximum life expectancy of 10 to 12 years. It has better insulation hence among Plastic and Stainless Steel further it is a monoblock design hence it is hygienic as well. Hence Aluminium Alloy Milk Cans will win the competition out of plastic and Stainless Steel Cans. Aluminum Alloy Milk Can price you pay will, at last, will give value for the money you will invest. 100% Aluminium Alloy Sheets. Aluminum is the world s most abundant metal and is the third most common element, comprising 8% of the earth s crust. The versatility of aluminum makes it the most widely used metal after mild steel. aluminum Milk Cans can be recycled hence economically and environmentally friendly. Aluminum is one of the lightest engineering metals, having a strength-to-weight ratio superior to steel hence best for the transportation of milk. It is not only non-toxic but also does not release any odors or taint products with which it is in contact. Milk in cans is uncooled or barely cooled, Alloy Aluminium Milk Cans ensure low heat transfer in comparison to other materials of construction for milk cans.
