Like many polyolefins, BOPP's low surface energy makes it difficult for inks, coatings, and adhesives to stick effectively—until it’s properly treated. One of the most efficient and scalable ways to improve adhesion on BOPP is flame treatment.

Aluminium is notoriously difficult to bond due to its oxide layer. Learn how flame treatment activates the surface to improve adhesion for coatings, inks, and adhesives.

Learn how silane gas flame treatment improves adhesion, printability, and surface performance on glass. Ideal for packaging, solar, and architectural glass applications.

A Smarter Way to Finish Plastic Components: Robot-Mounted Burners for Flash Removal on Complex Part Geometries

Packaged burners are complete combustion systems delivered as a single, ready-to-install unit. Unlike traditional burner setups, which often require onsite integration of separate components, a packaged burner includes the burner head, fuel train, control system, and safety devices — all preassembled, pretested, and optimised for performance.

Air pollution has become a critical environmental challenge, particularly in industrialised areas. Factories, power plants, and manufacturing facilities contribute significantly to the levels of harmful pollutants released into the atmosphere.

Hydrogen is emerging not just as a future fuel but as a present-day solution. For many manufacturers, the key question is no longer if hydrogen can be used—but how soon.

In plastic manufacturing, effective surface treatment is essential to ensure strong adhesion, high-quality printing, and long-term durability. Two leading technologies—flame plasma and corona treatment—achieve this by increasing the surface energy of plastic materials. However, their capabilities, performance, and limitations differ significantly.

Packaged combustion systems have become the go-to solution. From rotary dryers to curing ovens, these self-contained, pre-engineered systems offer a compact and efficient way to deliver controlled heat in a variety of processes

The demand for consistent, reliable surface preparation is growing — especially when it comes to bonding, printing, or coating plastics.

Optimising combustion processes is crucial. Not only does it help cut operational costs, but it also plays a vital role in meeting environmental standards. Advanced controls and automation technologies, such as mass flow controllers (MFCs) and programmable logic controllers (PLCs), are leading the charge in these improvements.

Future Trends in Industrial Combustion Systems Industrial combustion systems are at the heart of many manufacturing and processing...