Babcock & Wilcox MEGTEC

32, rue des Malines, C.e. 27 17, 91090 Lisses
France
Telephone +33 1 69894705
Fax +33 1 69894734
muriel.azoulay@megtec.fr

Location

Hall map

drupa 2016 hall map (Hall 16): stand A26

Fairground map

drupa 2016 fairground map: Hall 16

Our range of products

Product categories

  • 01  prepress/print
  • 01.15  Printing machines and systems for special printing applications
  • 01.15.090  Coating machines

Coating machines

  • 04  future technologies
  • 04.02  Equipment and processes

Equipment and processes

  • 06  equipment/services/infrastructure
  • 06.01  Peripheral equipment
  • 06.01.125  Equipment for the pre-treatment of substrates

Equipment for the pre-treatment of substrates

  • 06  equipment/services/infrastructure
  • 06.01  Peripheral equipment
  • 06.01.225  Reel splicers, autopasters

Reel splicers, autopasters

  • 06  equipment/services/infrastructure
  • 06.01  Peripheral equipment
  • 06.01.250  Dryers
  • 06  equipment/services/infrastructure
  • 06.01  Peripheral equipment
  • 06.01.265  IR/dry air dryers, IR/hot air dryers

IR/dry air dryers, IR/hot air dryers

  • 06  equipment/services/infrastructure
  • 06.01  Peripheral equipment
  • 06.01.270  IR dryers, infrared dryers

IR dryers, infrared dryers

  • 06  equipment/services/infrastructure
  • 06.01  Peripheral equipment
  • 06.01.280  Gas dryers

Gas dryers

  • 06  equipment/services/infrastructure
  • 06.01  Peripheral equipment
  • 06.01.290  UV dryers

UV dryers

  • 06  equipment/services/infrastructure
  • 06.01  Peripheral equipment
  • 06.01.295  Convection dryer

Convection dryer

  • 06  equipment/services/infrastructure
  • 06.01  Peripheral equipment
  • 06.01.350  Chill rollers, web-fed machines

Chill rollers, web-fed machines

  • 06  equipment/services/infrastructure
  • 06.19  Infrastructure
  • 06.19.030  Heat recovery
  • 06  equipment/services/infrastructure
  • 06.19  Infrastructure
  • 06.19.045  Exhaust air purification systems

Exhaust air purification systems

  • 06  equipment/services/infrastructure
  • 06.19  Infrastructure
  • 06.19.050  Extraction systems for solid, liquid and gaseous substances

Extraction systems for solid, liquid and gaseous substances

  • 06  equipment/services/infrastructure
  • 06.19  Infrastructure
  • 06.19.090  Solvent recovery plants

Solvent recovery plants

Our products

Product category: Dryers

Non-Contact Web Dryers for Printing Applications

B&W MEGTEC is responsible for most of the major advances in heatset drying for more than 45 years. Our company's unique combination of core competencies has allowed us to combine proven drying technologies into a seamless single system of dryers.

B&W MEGTEC's Dual-Dry® air bar system combines the best attributes of two different air bar types. Primary thermal transfer is furnished by conventional hole bars. Alternately placed Hi-Float® and Coanda-type air bars provide stable web flotation and additional heat transfer. When combined, the Dual-Dry system provides exceptional overall performance.

Design features and performance benefits include:

Rapid heat-up and drying
HI-FLOAT® air bars provide exceptional web stability
Superior web transport
Operating cost savings

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Product category: Dryers

Dryers for Industrial Coating, Laminating and Saturating

B&W MEGTEC provides custom and hybrid, contact-free, energy-efficient dryers and ovens for traditional converting markets and in emerging markets for new, advanced materials.

The key to successful drying of ink or coatings is choosing the nozzle technology that best suits the requirements of the process. The knowledge and understanding of balancing the heat transfer with web handling characteristics is critical. It is the control of drying rates that do not disturb the coating and it is the knowledge and experience of web conveyance that puts B&W MEGTEC at the leading edge.

B&W MEGTEC dryers can be built in horizontal, vertical, or arched configurations depending on the specific product and space requirements, and incorporate energy-saving features, easy threading and maintenance access. Separate web drying and air handling modules accommodate the most basic design to nearly an unlimited number of configurations with regard to web width, zone configurations and machine layout.

Designs can include different types of heat sources, zone lengths, web widths and nozzle configurations, while providing superior drying, curing and web handling.

High-efficiency heat sources and advanced air flow management conserve energy to minimize operating costs. Whether the customer operates with gas, thermal oil, steam or electricity, B&W MEGTEC has a heating system designed for these requirements.

In addition, B&W MEGTEC offers a wide range of infrared (IR) configurations to meet the demands of a variety of products and applications. These include systems designed for complete drying, preheating, pre-drying, fusing, curing and profiling. By combining the correct wavelength infrared and optimizing the control system, precise process conditions can be achieved to maximize product quality in the most efficient manner. B&W MEGTEC can also combine infrared with flotation and/or impingement drying systems to enhance the performance of the overall drying or curing process.

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Product category: Heat recovery

Energy Optimization and Heat Recovery Systems

B&W MEGTEC has the experience required in air handling, drying, heating, cooling, process control, and combustion to improve the operating efficiency of your facility and maximize the performance of your equipment. Some of the benefits you'll realize from B&W MEGTEC's energy optimization programs are:

Improved equipment performance. B&W MEGTEC improves your productivity through process machine enhancements.

Enhanced capacity and efficiency. B&W MEGTEC engineering studies provide vital information you need to make the best decisions on process upgrades and equipment selection in order to ensure maximum process capacity and integration.

Reduced operating costs with heat recovery. B&W MEGTEC can help analyze your current energy usage and recommend ways to reduce consumption. Methods include energy audits and engineering studies to optimize air flow management, implement secondary heat recovery systems, which use heat exchangers, and optimize process and plant heating/cooling systems.

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Our trade marks