THERMAL PROCESS TECHNOLOGY 1 Furnaces and Heat Treatment Plants for Processes under Air

Facts Global Sales and Service Network Production of Arts & Crafts furnaces, laboratory furnaces, dental furnaces and industrial furnaces since 1947 Production site in Lilienthal/Bremen - Made in Germany 150,000 customers in more than 100 countries Very wide product range of furnaces One of the biggest R&D departments in the furnace industry High vertical integration Manufacturing only in Germany Decentralized sales and service close to the customer Own sales organization and long term sales partners in all important world markets Individual on-site customer service and consultation Fast remote...

Heating Cabinets, Ovens and Chamber Ovens up to 300 °C Furnaces for Continuous Processes Heat treatment of metals under protective Rotary hearth furnaces up to 1300 °C Furnaces and Ovens with Safety Technology Tempering Plants for Aluminum and Steel Furnaces for Special Applications Forced Convection Furnaces up to 850 °C Chamber Furnaces, Bogie Hearth Furnaces and Process Control and Documentation Process data storage - VCD-software for visualization,

Furnaces and Accessories for Heat Treatment in Air Nabertherm offers an extensive range of furnaces with graduated solutions for the heat treatment of materials in air. This catalog clearly presents the different furnace concepts that can be used for the different processes. Which furnace is suitable for which application? The furnace type requirements generally depend on the following factors: · Desired temperature working range · Charge dimensions · Required heating and cooling times · Throughput · Type of loading respectively degree of automation · Safety requirements, e.g. when working with...

Bogie Hearth Furnaces with Radiant Heating or Forces Air-Circulation Bogie hearth furnaces are used for high charge weights. The bogie hearth can be loaded outside the furnace using a crane or forklift. The electric car drive enables the bogie to be moved easily. By using several bogies, the furnace system can also be designed for an automatic bogie exchange. Depending on the application temperature and purpose, these furnaces are available as forced convection bogie hearth furnaces up to 850 °C, and above this temperature as radiant ovens. All models can be electrically or gasfired. With the...

Heat Treatment of Metals under Protective or Reactive Gases or in Vacuum A large number of heat treatments of metals are usually carried under protective or reaction gases or in vacuum to prevent or minimize oxidation of the components. Nabertherm offers an extensive range of graduated solutions for the heat treatment of metals. The catalog "Thermal Process Technology 2, furnaces and heat treatment plants for processes under protective or reactive gases or in vacuum", provides a description of the different furnace concepts and the accessories that are available for the different processes. Sealed...

Cold-Wall Retort Furnaces Cold-wall retort furnaces can be used for heat treatment processes in defined protective or reaction gas atmospheres or high temperature processes under vacuum. The VHT retort furnaces are designed as electrically heated chamber furnaces with graphite, molybdenum, tungsten or MoSi2 heating. The vacuum-tight retort is completely water-cooled and allows for heat treatment processes either in protective or reaction gas atmospheres or under vacuum up to 5 x 10-6 mbar. This furnace series can also be equipped with suitable safety packages for flammable gases. Furnaces for...

Furnace group Heating Cabinets, Ovens and Chamber Ovens up to 300 °C Heating cabinets, page 14 Furnaces and Ovens with Safety Technology EN 1539 Furnaces for Special Applications Clean room solutions, page 80 •

Plastics Tempering, Curing, Vulcanization and Degassing of Plastics, Elastomers, Rubber, Silicone, and Fiber Composite Materials Many plastics and fiber composite materials must be heat-treated for product improvement or to ensure that they have the required product properties. In most cases, chamber ovens, forced convection chamber furnaces or continuous furnaces are used for the respective process. The following examples outline the processes which these furnaces can perform. PTFE (polytetrafluoroethylene) Forced convection chamber furnace N 140000/26AS for curing of composites in vacuum bags...

Additive Manufacturing 3D printing is becoming increasingly important in many industries — individual components can be created and printed quickly, storage costs are reduced as a result of demand-based production and components can be manufactured lighter as a result of modified designs. These are just a few of the almost infinite possibilities of Additive Manufacturing. No matter whether you use laser-based printing, binder jetting, FDM, or pellets: we have the right heat treatment solution for every printing process. Nabertherm is a strong partner for heat treatment furnace solutions for post-processing...

Which System for Which Material? Metals Ceramics, Glass, Composites, Sand Solution annealing Hardening Forced convection chamber furnace NA 250/45 for stress-relief annealing of aluminum after 3D printing under Protective Gases, Reaction Gases or in Vacuum Chamber furnaces with gas-supply boxes see catalog "Thermal Process Technology 2" Debinding in chamber furnaces with air circulation Ovens Chamber ovens Sintering in chamber furnaces Forced convection chamber furnaces Debinding and Sintering in combi furnaces Dewaxing Furnaces Hot-wall retort furnaces see catalog "Thermal Process Technology...

Heating Cabinets, Ovens and Chamber Ovens up to 300 °C Drying processes or heat treatments at low temperatures benefit from forced air circulation. The results are a better heat transfer and optimization of temperature uniformity. The Nabertherm ovens also impress with an attractive design made of a high-quality stainless steel housing combined with an intuitively operated controller with a colored touch display. The heating cabinets WK are characterized by a very good price-volume ratio and can be used in particular for large batches. The following equipment applies to all furnaces in this chapter:...