While 2020 may have been a challenging time for most manufacturers and product teams, the industry responded effectively, and most companies are poised to deal with any future challenges.
Companies naturally felt the pinch created by the COVID 19 pandemic. At the same time, the slow-down created a window of opportunity where you could review your current operations and find new ways to improve your efficiencies. With 2021 in full swing, it’s now time to capitalize on these enhancements. With that in mind, here is the latest
As we enter the new decade, the plastic automotive component manufacturing industry is expected to continue to grow. Manufacturers are adopting new techniques and researchers are developing sophisticated compounds. These solutions will continue to replace traditional metal and steel components as they become more important to OEM vehicle manufacturers. This article is updating our 2019 Plastic Manufacturing Trends in Automotive Production blog.
Estimates suggest that the automotive plastics market will reach $68.58 billion by 2025. The industry will benefit from drives to improve fuel-efficiency, transitioning away..
Heat staking is a method of joining two components of the same or varied materials without the use of adhesives or fasteners. It’s a relatively straightforward process using heat and force, and an integral part of many production lines.
Here’s what you need to know about heat staking.
What Is Heat Staking and What Materials Is It Used On?
Heat staking is a versatile and economical process to join materials by fitting a plastic stud (the..
While heat staking may sound like a strange term when
brought up in a social conversation, chances are you interact with products
that have undergone heat staking every day. Heat
staking is a technique used in the production and manufacture of products
where components of various materials need joining together, which is quite
common in consumer appliances.
While heat staking is often utilized when joining two
plastic components, it is also viable for joining plastic to metal and many
consumer products are assembled..
As the car manufacturing industry evolves,
plastics have repeatedly replaced metallic core components of every automobile,
allowing cars to be sleeker, lighter, and more efficient.
Plastic manufacturing for the automotive
industry however, has only scratched the surface. New incremental improvements
in molding, pressing, and plastics welding, to name a few, crop up each year. Also,
changing automobile designs have pushed plastics experts to find new ways to
mold, texturize, and bind these materials.
In 2019, these are some..