Blow molding plastic has far and away become one of the most common and effective ways of making plastic bottles, wide mouth jars, commercial plastic jugs, and so many more products we use every day. In fact, blow molding methods have helped to create a thriving and growing industry that supports thousands of American jobs. And around the globe, about 600 billion pounds of plastic make and consume every year, in a market that continues to grow at a rate of about 5% annually.
But what is it that makes blow molding plastic so effective and useful? Here are the preeminent features for businesses, consumers, and the industry alike.
1. It is a revolutionary form of technology.
Blow molding is said to have revolutionized the industrial sector by allowing companies to use it widely to meet consumers’ needs for plasticware. As you can see, this plastic production method brought about a lot of production perks, such as quick manufacturing and high volume outputs, which means that we are able to produce a lot of plastic containers.
2. It can produce a variety of products.
Most plastic containers on the market today that holds some forms of the liquid has gone through this process. In fact, the commonness of blow molding has allowed engineers to try and create a variety of applications and designs. Which resulted in multiple interesting uses. Just to mention a few, the products created using this technology include fuel tanks, seat support for vehicles, flower pots and toy wheels.
3. It comes with low costs.
With a focus on extrusion blow molding, it uses a lower level of pressure, which means that machinery costs are low, making it easier and more cost-efficient to mold external threads or open-ended and large parts, which can be split by opening a closed molding. Moreover, the use of this technology will allow you to reduce labor costs.
4. It allows for multiple methods of production.
As already implied, blow molding uses various methods to create final products. For one, extrusion blow molding works similarly as traditional glass blowing. Where materials are blown through a long tube to work on the end. Which can create products, such as light bulbs. As for injection blow molding, it is employed to produce receptacles in huge quantities. Where melted polymers are injected into the blow mold, instead of being blown through by air. Now, this technology is continuing to develop to improve such production methods, using tweaks in design and moving towards pure automation.
5. It promotes a higher level of productivity.
This technology has always been moving forward with the purpose of becoming universally used with plastic production. It has allowed for a significant increase in production capabilities, allowing manufacturers to produce greater quantities in just a short period of time. Using machines that allow for 3D moldings, it has allowed for a production cycle that is much faster.
FILLPLAS has developed a lot of grades for Blow Molding products. Both their cost and quality are very good.
