Manufacturing

Once you start supplying hazardous chemicals in higher volumes, or storing materials in bulk, the capacity of your containers will impact everything from transport compliance to chemical compatibility.

Across the chemical packaging industry, high density polyethylene (HDPE) remains the most widely used material thanks to its durability and resistance to a broad spectrum of solvents and corrosive liquids. For more aggressive formulations, fluorinated HDPE will provide additional barrier protection. There are also several other options that we will list here for you to consider.

This guide from the team at iBottles focuses on the packaging sizes most commonly used across liquid chemicals and hazardous substances, and the considerations business decision makers need to consider when choosing their

High-Density Polyethylene (HDPE) bottles have become an integral part of our daily lives, found in a wide range of products, from shampoo and detergent to milk and water. 

At iBottles, we know just how great these versatile containers are, offering a durable and cost-effective solution for packaging a variety of substances. In this article, we'll delve into the fascinating manufacturing process that brings these bottles to life.

HDPE Material Properties and Its Advantages

Understanding the Manufacturing Process of HDPE Bottles

○      Step 1: Material Preparation for HDPE Bottle Production

○      Step 2: Extrusion Process in Creating HDPE Bottles

○      Step 3: Moulding and Shaping HDPE Bottles

○      Step 4: Cooling and Trimming HDPE Bottles

○      Step 5: Quality Control and Inspection of HDPE Bottles

HDPE Material Properties