- Продукти и доставка
- Атмосферни Газове
- Горивни Газове
- Shielding Gases
- Газове за електроника
- Газове за охлаждане на храни
- Газове за замразяване
- Газове за храни и напитки
- LINDOFLAMM® flame solutions
- COSMIC (COS)
- Газове за рязане и заваряване
- Пакетирани химикали
- Продукти за заваряване и безопасност
- Специални газове и оборудване
- Режими на доставка
- Gas Units Converter
Whether you are preheating, postheating, flame straightening, hot forming or flame hardening, you want to be sure you are using the appropriate gas and burner technology. Ideally one that will guarantee superior quality, while saving on production costs.
LINDOFLAMM® – a bespoke flame heating solution that will enable you to optimise your heating processes
Precision manufacturing processes call for special flame heating solutions that optimise productivity and efficiencies. The use of standard, off-the-shelf burners is often an unsatisfactory compromise.
Linde’s pioneering LINDOFLAMM® flame solutions delivers these requirements, utilising special burners whose shapes and capacities are uniquely tailored to your fabrication requirements and are matched with the right fuel gas mixture.
Speed up your heat treatment processes with LINDOFLAMM® special burners
This innovative burner technology exclusive to Linde is making use of the ideal heat delivery properties of acetylene (C2H2). Exploiting the increased heat intensity/acetylene temperature that this fuel gas provides, LINDOFLAMM® enables our customers to dramatically reduce their heating process time.
LINDOFLAMM® burners are flexible in application, from manually guided torches to a full mechanised solution that is designed and built specifically to meet the flame heating demands of automated manufacturing.
Benefits at a glance:
- Lowest processing costs: Economical gas use
- Highest productivity: Optimum heat transfer
- Possibility of mechanisation
Precise and safe: the LINDOFLAMM® special burner technology
This Linde burner innovation uses injector technology which creates a venturi effect to mix the two gases, compressed air or oxygen and acetylene. By passing the incoming compressed air or oxygen through a restriction, the exact amount of the acetylene is constantly drawn into the air flow.
Because it uses compressed air, it is inherently much safer than traditional burner systems. When acetylene is used with oxygen, it can achieve high temperatures over a short time period. Whereas with compressed air, temperatures are mild yet intense, with a high degree of safety against back-firing.
Learn how LINDOFLAMM® special burners can bring significant improvement to your manufacturing site
Watch our LINDOFLAMM® video and find out how LINDOFLAMM® special burner technology is so efficient. When acetylene is used with oxygen, it can achieve high temperatures over a short time period. Whereas with compressed air, temperatures are mild yet intense, with a high degree of safety against back-firing.
LINDOFLAMM® manual burners
LINDOFLAMM® automated burners
Automated special burners have a place wherever heating processes are carried out under partial or full automation.
Acetylene gas supply
Learn more about the advantages and hazards of the hottest and most efficient of all fuel gases, safe handling, innovations and supply options.
Get ahead with Linde’s full service offer
Is it difficult to integrate our LINDOFLAMM solutions into your production process? The answer is a clear no. We work closely with you to ensure that our technology is seamlessly integrated into your production line and that our burner designs fully meet your requirements and are operating optimally, all provided with the necessary on-site training.
We can demonstrate the performance of LINDOFLAMM from small manual applications right through to more sophisticated automatic control.
LINDOFLAMM® heating solutions, exclusive to Linde.
High-quality fuel gases, burner technology, automation systems and dedicated support for:
- Flame heating
- Flame straightening
- Preheating (welding and cutting)
- Postheating (welding)
- Hot forming
- Flame brazing
- Flame hardening
- Fusing of flame sprayed coatings