Learn how an automatic deburring machine removes flash and burrs from injection-moulded plastics. Discover the benefits of flame-based systems for faster, cleaner, and more consistent finishing.

Industrial furnace burners are the heart of any heating system. This post explains how Rapidflame designs and supplies gas burner systems that deliver efficient, controlled combustion for furnaces used across multiple industries.

Flame treatment is a proven method to improve adhesion in composite materials. By altering the surface chemistry and increasing wettability, it ensures reliable bonding for adhesives, coatings, and secondary processing.

Discover how flame treatment for plastics prepares surfaces for bonding, printing, and painting by improving adhesion. See why industries trust Rapidflame.

Plastics like polypropylene and polyethylene are difficult to bond without preparation. This guide shows how flame treatment raises surface energy, confirms dyne levels, and ensures reliable adhesion for automotive, packaging, and medical applications.

Textile drying demands uniform heat distribution, energy efficiency, and dependable operation. Rapidflame’s combustion systems provide reliable solutions for industrial textile dryers.

Glass vials are essential in pharmaceutical packaging, requiring exact heat treatment during forming. Rapidflame’s industrial gas burners deliver precision, reliability, and consistency to ensure safe, high-quality vials for medicines and vaccines.

This guide explores industrial gas burners, how they’re used across industries, what configurations exist, and what performance features matter most.

Ladle preheating is a critical step in metal casting, ensuring thermal consistency and preventing defects. Rapidflame’s advanced gas burner systems provide precise, reliable heat for steel, aluminium, and non-ferrous foundries—engineered for efficiency, safety, and full automation compatibility.

Explore the role of gas burner systems in preheating moulds and dies for metal forging. Consistent heating improves material flow, reduces thermal shock, and shortens production cycles.

Explore how our combustion systems support firing kilns for advanced ceramics and technical ceramics with energy efficiency and reliability.

Learn how Rapidflame’s gas burner systems deliver efficient, reliable heat for industrial process heating applications such as ovens, kilns, dryers, and more.

Flame treatment is essential for boosting adhesion in converting lines handling low-surface-energy substrates like BOPP and PET. Rapidflame systems offer high-speed, double-sided treatment for packaging, technical laminates, and more.

Discover the key differences between flame polishing and mechanical finishing for glass components. Find out which is best for your application.

Flame polishing is a precision process used to create smooth, glossy surfaces and refined edges in glassware, laboratory equipment, and optical components. By applying a controlled high-temperature flame, surface imperfections are reflowed to achieve exceptional clarity and brilliance—ideal for premium products where appearance and finish matter.

Creating safe and visually appealing table glassware is essential in glass production. One of the most important techniques in this process is edge melting, which transforms sharp, freshly cut edges into smooth, bead-shaped rims.

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