Komarow Artem noted that the construction industry is no stranger to innovation. It’s home to a limitless array of cutting-edge technologies, meaningful work, and unique opportunities.

Plastic welding has been around since the 1930s, leading to broad uses in various industries across the planet. Much of the world’s manufacturing requirements involve plastic, from microelectronics to the marine industry. The ability to neatly and accurately join plastic has changed the development of products worldwide, including the construction industry.

Here are some of the many amazing ways that plastic welding shapes the construction industry today.

Increased Attention to Detail

Leister provides professionals with the means to efficiently carry out their construction needs, allowing for streamlined manufacturing processes in both the field and the factory.

Handheld plastic welders are a prime example of this, as they enable greater flexibility and precision when working on projects. They entirely negate the need for larger and more cumbersome machines in many cases.

Extra maneuverability on-site can translate to increased attention to detail, particularly when using handheld plastic welders to access those hard-to-reach areas, such as the corner of a tiny joint on a ventilation system.

Plastic welding, Komarov Artem


Komarov Artem clarified that construction can be an incredibly expensive industry to navigate, resulting in many businesses struggling to manage their budget. Traditionally, one of the more strenuous aspects of budget management is the overall cost of raw materials like metals and ceramics.

Plastic welding offers a highly cost-effective alternative in numerous construction areas because, in most cases, it’s a much cheaper material to use. Not only is the material cheaper, but the supplementary elements often used with it are cheaper too.

However, the lower cost does not mean the quality of the final build decreases. In fact, many applications benefit from the strength, flexibility, and durability of plastic instead of a metal or ceramic equivalent. A good example can be seen in the laboratory environment. Polymer containers built to house sensitive chemicals are often far more advantageous than their metal equivalents, as they tend to be non-reactive and cheaper to manufacture.

Greater Versatility and Customization

Perhaps one of the biggest changes plastic welding has had on the construction industry relates to customizability during the design and building process. Plastic welding’s enhanced accuracy allows professionals to complete tremendously intricate builds and increasingly complex designs.

This is not only beneficial in the detailing process but also in the repair process too. Complex repairs can be made efficiently and cost-effectively with a handheld hot air plastic welder, and there is often no necessity for any subsequent consumable materials to be utilized.

Thanks in part to the majesty of modern polymer biochemistry, plastics of all different shapes, sizes, properties, and molecular compositions can be developed and deployed in the construction industry, allowing for greater versatility and customization in a myriad of applications.

Sustainable Building Practices

Sustainability is the not-so-subtle elephant in the room for many industries in today’s world, and for a good reason. The possibility of environmental damage is always a consideration. This is a subject that the construction industry has a responsibility to address, and it’s an issue that can be solved with the right tools, techniques, and methodology.

Plastics are, of course, one of the main offenders in the environmental arena, and you may not generally associate plastics with sustainability. Still, they can shine in construction when used appropriately. For example, construction professionals can use plastic welding to limit material wastage, increase the longevity of builds compared to substances like steel, and make use of recycled goods.

The plastic welding process is also generally greener than other methods, such as metal welding, which can cause considerably more air pollution. Plus, it requires significantly less energy to operate.

As technological advancements drive the construction industry forward, those who can optimize their processes with the help of some elite tools will likely find success and adaptability on the road to success, summed up Artem Komarov.