Mediainformation. International Magazine for Industrial Furnaces, Heat Treatment & Equipment.

Transcription

1 2019 Heat reatment Congress October 2019 he online platform for hermoprocessing echnologies Mediainformation

2 Contents Editorial eam...3 Magazine : Characteristics in brief / Boards and members...4 Product group heat processing...5 Costumers and Partners...6 Editorial schedule Advertising rates Advertising formats...11 Market Place Circulation analysis / Distribution...16 Portal: heat processing online Banner formats and prices Market Place Job market...23 Newsletter: HEAPROCESSING News International rade Fairs

3 Editorial eam MEE HE EAM: Division Manager: Felix Brecht elefon: elefax: Advertising Sale: Claudia Wolff elefon: elefax: Editorial Department: homas Schneidewind elefon: elefax: Advertising Administration: Jutta Zierold elefon: elefax: Editorial Department: Lena Langenkämper elefon: elefax:

4 Characteristics in brief/boards and members heat processing is the technical journal in English for the entire field of industrial furnaces and thermoprocessing engineering, heat treatment plants, systems and processes, as well as being the international forum for interchange of knowledge and experience between heat-process industry suppliers and users. he magazine is the communication platform and vehicle of European knowledge, technologies and positions for the global markets. Official Publication: European Committee of Industrial Furnace and Heating Equipment Association, Metallurgy including the Associations hermo Process echnology, Foundry Machinery and Metallurgical Plants and Rolling Mills the European Foundry Equipment Suppliers Association EUnited Metallurgy Editorial Concept: With its four editions annually, heat processing provides comprehensive information, in full technical detail, on developments and solutions in thermal process engineering for industrial applications. Important topics examined include the design, construction, heating equipping and operation of industrial furnaces, plants and heat-treatment installations, new process, control, instrumentation and automation technology for thermal process engineering, energy-saving and efficient energy management for thermal plants, materials and innovative applications, standards and codes of practice, etc. he central focus of each edition is provided by topical, practically orientated technical articles by expert authors. he content spectrum is rounded off with detailed background reporting on all international events of relevance for the industry, company and economic dispatches, people in the news, media developments, and special comprehensive product previews on events important for the industry. heat processing thus gives its technically qualified readers the specialist knowledge they need for their everyday work. Editors: R. Branders, CECOF, Dr.. Würz, Metallurgy (Associations Foundry Machinery, Metallurgical Plants and Rolling Mills, hermo Process echnology) Advisory Board: Dr.-Ing. H. Altena, AICHELIN Ges.m.b.H., Prof. Dr.-Ing. E. Baake, Leibniz Universität Hannover, Dr.-Ing. F. Beneke, VDMA e.v., H. Berger, Aichelin Holding GmbH, Dipl.- Ing. W. Liere-Netheler, Elster GmbH, Dipl.-Ing. H. Lochner, Ebner Industrieofenbau Ges.m.b.H., Prof. Dr.-Ing. H. Pfeifer, RWH Aachen University, Dipl.-Phys. M. Rink, Ipsen International GmbH, Hon.-Prof. Dr.-Ing. J. Rinnhofer, SMS Elotherm GmbH, Dipl.-Ing. St. Schalm, Vulkan-Verlag GmbH,. Schreiter, ABP Induction Systems GmbH, Dr.-Ing. A. Seitzer, Himmelwerk Hoch- und Mittelfrequenzanlagen GmbH, Dr. H. Stumpp, Dr.-Ing. P. Wendt, LOI hermprocess GmbH, Dr.-Ing. J. G. Wünning, WS Wärmeprozesstechnik GmbH Corresponding Board: Prof. Y. Blinov, Saint Petersburg Electrotechnical University LEI, Ph.D. P. Drugă, Uttis Industries srl., A. Goyer, IHEA, F.-G. Kehrer, Messe Düsseldorf GmbH, F. Liebens, Solo Swiss Group, J. Seghers, Agoria 4

5 Product group High-power partner for your corporate communications "Heat Processing" Magazine "edition heat processing" echnical books "" Portal "heatprocessing NEWS" Newsletter "Market Place" Buyer s Guide "Community" Who is who? "Jobs" Job market 5

6 Customers and partners (Selection) Partners: 6

7 Editorial schedule 2019 Issue Date opical theme rade fairs/exhibitions/additional distribution 1 February Advertising-deadline: Publication date: Metal + Metallurgy China, Shanghai, May Advertising-deadline: Publication date: HERMPROCESS Special HERMPROCESS 2019, Düsseldorf, August Advertising-deadline: Publication date: Heat reatment Congress Special Heat reatment Congress 2019, Cologne, November Advertising-deadline: Publication date: Right of alteration reserved 7

8 Advertising rates with effect from Jan Place of publication: Essen, Germany 1 Journal format: DIN A4, width 210 mm, height 297 mm 2 Printed page area: Width 187,5 mm, height 241 mm, 3 Printing process, material for publication: Offset printing, CP process up to 70 raster, adhesive binding See echnical Data for material for publication. 4 Dates: Frequency of publication Publication date Advertising deadline 4 editions annually see editorial schedule see editorial schedule 5 Publisher: Vulkan-Verlag GmbH, Friedrich-Ebert-Straße 55, Essen, Germany Phone: Fax: Advertising Sales: Claudia Wolff Phone: Fax: c.wolff@vulkan-verlag.de Advertising Admin.: Jutta Zierold Phone: Fax: j.zierold@vulkan-verlag.de 6 erms of payment: All invoices are payable without deduction within 15 days from date of invoice. A 3 % dis count is deductible in case of payment in advance. he invoice amount is stated on the confirmation of order. Interest will be charged on arrears of payment. Direct debit facilities are available. If older invoices are outstanding, discount can not be granted VA No.: DE Account details: Nassauische Sparkasse Wiesbaden BIC/SWIF NASSDE55XXX IBAN DE USt-IdNr. (VA): DE Advertisement formats and rates: Value Added ax at the rate currently applicable must be added to all prices quoted. Formats for ads in printed page area, width x heigth in mm basic rate b/w 4-colour 1/1 page 182 x 255 2, , Junior page 1/2 page 1/3 page 1/4 page 1/8 page 132 x 207 1, , x x x x x x x x 31 1, , , , ,

9 Advertising rates with effect from Jan Place of publication: Essen, Germany 8 Extra charges for prime positioning: itle page 4c 6, Format: 200 mm Width x 173 mm height Inner title page plus mini banner 4c 6, (only in issues with an exhibition special supplement) Format inner supplement title page: 200 mm (width) x 173 mm (height) Data sheet for the mini banner available on request Advertisements on the cover Inside front cover 4c (1/1 page) 4, Back cover 4c (1/1 page) 4, Advertisements in table of contents 1. right page 4c 3, right page 4c 3, /2 page 4c portrait 2,

10 Advertising rates with effect from Jan Place of publication: Essen, Germany 9 Extra charges for colours: Per Euroscale (Cyan, Magenta, Yellow) Per special colour (Pantone, HKS) Situations vacant/sought: All job advertisements will be published simultaneously on the Internet site at no extra cost. Discount 50 % Box No. charge Bound inserts: DIN A4 two-sided (1 sheet) 2, DIN A4 four-sided (2 sheets) 4, (technical details on request) 12 Loose inserts: wo-sided up to format 205 mm 292 mm and an item weight of less than 25 g, per thousand Voluminous and heavier supplements, supplements using exceptionally thin paper (airmail paper) on request. 13 Glued advertising media: Postcards, data-bearers, product samples etc. on advertisements prices on request. 14 Market Place: Showcase your company s products and services. Combination of print- and online-entries. For more information see pages and 15 Discounts: for the following placements within twelve months (year of placement) Frequency schedule 2 placements 3 % 4 placements 5 % 16 Journal price: Annual subscription print + epaper plus annual postage, Germany: annual postage, other addresses: Annual subscription epaper on request 10

11 11 Advertising formats burner) to the recipient of the radiation. he dry air allows the radiated energy converted into heat. his operating skin. he highly efficient gas infrared radiant heaters used Gas infrared burners used for drying in industrial fan. his provides them among other things with better control structure of a gas infrared unit. he individual burners are lined up in a series to create any desired length. wo lines burned there. he hot surfaces of the burner emit a very he hot gases from the combustion process and the he discharged portion must have fresh air added to control system. he largest part of the still-hot gases remain his means that, in addition to the radiated heat, there he ability to switch individual rows of burners on and off at least 50 % and 100 % output. he porous burner can he paper industry works with widths of up to 11 impair the quality of the paper in any way. he much higher his means that in the paper industry using the same paper web. o achieve this, the required number of his enables each individual burner in the row to supply he humidity is measured continuously over the width he use of porous burner to dry coated steel strip is relatively new. he speeds that the strip move at here are much Strip outlet temperature: min. 100 C PM (peak metal hree twin rows are fitted with a total of 144 porous burners for each line side. he heated width could be switched to herefore, with strip of 700 mm in width, a heated width width of 1800 mm was used for using. he different heated material, the speed and the coating material. he various when a stored formula is preselected. his means it to be folded away 90 when no longer in use. he swivel 1. he first is that in the event that the strip stops suddenly, mode. his ensures that the strip does not overheat. integrated into the dryers. his enables easy access to burner and its mounting can be fitted. here is no need to hree twin rows are fitted with a total of 144 porous burners 1/1 page 210 x 297 mm + 3 mm trimming allowance burner) to the recipient of the radiation. he dry air allows the radiated energy converted into heat. his operating skin. he highly efficient gas infrared radiant heaters used Gas infrared burners used for drying in industrial fan. his provides them among other things with better control structure of a gas infrared unit. he individual burners are lined up in a series to create any desired length. wo lines burned there. he hot surfaces of the burner emit a very he hot gases from the combustion process and the he discharged portion must have fresh air added to control system. he largest part of the still-hot gases remain his means that, in addition to the radiated heat, there he ability to switch individual rows of burners on and off at least 50 % and 100 % output. he porous burner can he paper industry works with widths of up to 11 impair the quality of the paper in any way. he much higher his means that in the paper industry using the same paper web. o achieve this, the required number of his enables each individual burner in the row to supply he humidity is measured continuously over the width he use of porous burner to dry coated steel strip is relatively new. he speeds that the strip move at here are much Strip outlet temperature: min. 100 C PM (peak metal hree twin rows are fitted with a total of 144 porous burners for each line side. he heated width could be switched to herefore, with strip of 700 mm in width, a heated width width of 1800 mm was used for using. he different heated material, the speed and the coating material. he various when a stored formula is preselected. his means it to be folded away 90 when no longer in use. he swivel 1. he first is that in the event that the strip stops suddenly, mode. his ensures that the strip does not overheat. integrated into the dryers. his enables easy access to burner and its mounting can be fitted. here is no need to hree twin rows are fitted with a total of 144 porous burners 1/1 page 1/2 page portait 102 x 297 mm + 3 mm trimming allowance in printed page area 89 x 255 mm burner) to the recipient of the radiation. he dry air allows the radiated energy converted into heat. his operating skin. he highly efficient gas infrared radiant heaters used Gas infrared burners used for drying in industrial fan. his provides them among other things with better control structure of a gas infrared unit. he individual burners are lined up in a series to create any desired length. wo lines burned there. he hot surfaces of the burner emit a very he hot gases from the combustion process and the he discharged portion must have fresh air added to control system. he largest part of the still-hot gases remain his means that, in addition to the radiated heat, there he ability to switch individual rows of burners on and off at least 50 % and 100 % output. he porous burner can he paper industry works with widths of up to 11 impair the quality of the paper in any way. he much higher his means that in the paper industry using the same paper web. o achieve this, the required number of his enables each individual burner in the row to supply he humidity is measured continuously over the width he use of porous burner to dry coated steel strip is relatively new. he speeds that the strip move at here are much Strip outlet temperature: min. 100 C PM (peak metal hree twin rows are fitted with a total of 144 porous burners for each line side. he heated width could be switched to herefore, with strip of 700 mm in width, a heated width width of 1800 mm was used for using. he different heated material, the speed and the coating material. he various when a stored formula is preselected. his means it to be folded away 90 when no longer in use. he swivel 1. he first is that in the event that the strip stops suddenly, mode. his ensures that the strip does not overheat. integrated into the dryers. his enables easy access to burner and its mounting can be fitted. here is no need to hree twin rows are fitted with a total of 144 porous burners 1/1 page in printed page area 182 x 255 mm burner) to the recipient of the radiation. he dry air allows the radiated energy converted into heat. his operating skin. he highly efficient gas infrared radiant heaters used Gas infrared burners used for drying in industrial fan. his provides them among other things with better control structure of a gas infrared unit. he individual burners are lined up in a series to create any desired length. wo lines burned there. he hot surfaces of the burner emit a very he hot gases from the combustion process and the he discharged portion must have fresh air added to control system. he largest part of the still-hot gases remain his means that, in addition to the radiated heat, there he ability to switch individual rows of burners on and off at least 50 % and 100 % output. he porous burner can he paper industry works with widths of up to 11 impair the quality of the paper in any way. he much higher his means that in the paper industry using the same paper web. o achieve this, the required number of his enables each individual burner in the row to supply he humidity is measured continuously over the width he use of porous burner to dry coated steel strip is relatively new. he speeds that the strip move at here are much Strip outlet temperature: min. 100 C PM (peak metal hree twin rows are fitted with a total of 144 porous burners for each line side. he heated width could be switched to herefore, with strip of 700 mm in width, a heated width width of 1800 mm was used for using. he different heated material, the speed and the coating material. he various when a stored formula is preselected. his means it to be folded away 90 when no longer in use. he swivel 1. he first is that in the event that the strip stops suddenly, mode. his ensures that the strip does not overheat. integrated into the dryers. his enables easy access to burner and its mounting can be fitted. here is no need to hree twin rows are fitted with a total of 144 porous burners 1/2 page landscape 210 x 148 mm + 3 mm trimming allowance in printed page area 182 x 125 mm burner) to the recipient of the radiation. he dry air allows the radiated energy converted into heat. his operating skin. he highly efficient gas infrared radiant heaters used Gas infrared burners used for drying in industrial fan. his provides them among other things with better control structure of a gas infrared unit. he individual burners are lined up in a series to create any desired length. wo lines burned there. he hot surfaces of the burner emit a very he hot gases from the combustion process and the he discharged portion must have fresh air added to control system. he largest part of the still-hot gases remain his means that, in addition to the radiated heat, there he ability to switch individual rows of burners on and off at least 50 % and 100 % output. he porous burner can he paper industry works with widths of up to 11 impair the quality of the paper in any way. he much higher his means that in the paper industry using the same paper web. o achieve this, the required number of his enables each individual burner in the row to supply he humidity is measured continuously over the width he use of porous burner to dry coated steel strip is relatively new. he speeds that the strip move at here are much Strip outlet temperature: min. 100 C PM (peak metal hree twin rows are fitted with a total of 144 porous burners for each line side. he heated width could be switched to herefore, with strip of 700 mm in width, a heated width width of 1800 mm was used for using. he different heated material, the speed and the coating material. he various when a stored formula is preselected. his means it to be folded away 90 when no longer in use. he swivel 1. he first is that in the event that the strip stops suddenly, mode. his ensures that the strip does not overheat. integrated into the dryers. his enables easy access to burner and its mounting can be fitted. here is no need to hree twin rows are fitted with a total of 144 porous burners 1/2 page landscape 210 x 148 mm + 3 mm trimming allowance in printed page area 182 x 125 mm burner) to the recipient of the radiation. he dry air allows the radiated energy converted into heat. his operating skin. he highly efficient gas infrared radiant heaters used Gas infrared burners used for drying in industrial fan. his provides them among other things with better control structure of a gas infrared unit. he individual burners are lined up in a series to create any desired length. wo lines burned there. he hot surfaces of the burner emit a very he hot gases from the combustion process and the he discharged portion must have fresh air added to control system. he largest part of the still-hot gases remain his means that, in addition to the radiated heat, there he ability to switch individual rows of burners on and off at least 50 % and 100 % output. he porous burner can he paper industry works with widths of up to 11 impair the quality of the paper in any way. he much higher his means that in the paper industry using the same paper web. o achieve this, the required number of his enables each individual burner in the row to supply he humidity is measured continuously over the width he use of porous burner to dry coated steel strip is relatively new. he speeds that the strip move at here are much Strip outlet temperature: min. 100 C PM (peak metal hree twin rows are fitted with a total of 144 porous burners for each line side. he heated width could be switched to herefore, with strip of 700 mm in width, a heated width width of 1800 mm was used for using. he different heated material, the speed and the coating material. he various when a stored formula is preselected. his means it to be folded away 90 when no longer in use. he swivel 1. he first is that in the event that the strip stops suddenly, mode. his ensures that the strip does not overheat. integrated into the dryers. his enables easy access to burner and its mounting can be fitted. here is no need to hree twin rows are fitted with a total of 144 porous burners Junior Page 132 x mm trimming allowance in printed page area on request 1/3 page portait 71 x 297 mm + 3 mm trimming allowance in printed page area 60 x 255 mm burner) to the recipient of the radiation. he dry air allows the radiated energy converted into heat. his operating skin. he highly efficient gas infrared radiant heaters used Gas infrared burners used for drying in industrial fan. his provides them among other things with better control structure of a gas infrared unit. he individual burners are lined up in a series to create any desired length. wo lines burned there. he hot surfaces of the burner emit a very he hot gases from the combustion process and the he discharged portion must have fresh air added to control system. he largest part of the still-hot gases remain his means that, in addition to the radiated heat, there he ability to switch individual rows of burners on and off at least 50 % and 100 % output. he porous burner can he paper industry works with widths of up to 11 impair the quality of the paper in any way. he much higher his means that in the paper industry using the same paper web. o achieve this, the required number of his enables each individual burner in the row to supply he humidity is measured continuously over the width he use of porous burner to dry coated steel strip is relatively new. he speeds that the strip move at here are much Strip outlet temperature: min. 100 C PM (peak metal hree twin rows are fitted with a total of 144 porous burners for each line side. he heated width could be switched to herefore, with strip of 700 mm in width, a heated width width of 1800 mm was used for using. he different heated material, the speed and the coating material. he various when a stored formula is preselected. his means it to be folded away 90 when no longer in use. he swivel 1. he first is that in the event that the strip stops suddenly, mode. his ensures that the strip does not overheat. integrated into the dryers. his enables easy access to burner and its mounting can be fitted. here is no need to hree twin rows are fitted with a total of 144 porous burners 1/3 page landscape 210 x 102 mm + 3 mm trimming allowance in printed page area 182 x 80 mm burner) to the recipient of the radiation. he dry air allows the radiated energy converted into heat. his operating skin. he highly efficient gas infrared radiant heaters used Gas infrared burners used for drying in industrial fan. his provides them among other things with better control structure of a gas infrared unit. he individual burners are lined up in a series to create any desired length. wo lines burned there. he hot surfaces of the burner emit a very he hot gases from the combustion process and the he discharged portion must have fresh air added to control system. he largest part of the still-hot gases remain his means that, in addition to the radiated heat, there he ability to switch individual rows of burners on and off at least 50 % and 100 % output. he porous burner can he paper industry works with widths of up to 11 impair the quality of the paper in any way. he much higher his means that in the paper industry using the same paper web. o achieve this, the required number of his enables each individual burner in the row to supply he humidity is measured continuously over the width he use of porous burner to dry coated steel strip is relatively new. he speeds that the strip move at here are much Strip outlet temperature: min. 100 C PM (peak metal hree twin rows are fitted with a total of 144 porous burners for each line side. he heated width could be switched to herefore, with strip of 700 mm in width, a heated width width of 1800 mm was used for using. he different heated material, the speed and the coating material. he various when a stored formula is preselected. his means it to be folded away 90 when no longer in use. he swivel 1. he first is that in the event that the strip stops suddenly, mode. his ensures that the strip does not overheat. integrated into the dryers. his enables easy access to burner and its mounting can be fitted. here is no need to hree twin rows are fitted with a total of 144 porous burners 1/3 page landscape 210 x 102 mm + 3 mm trimming allowance in printed page area 182 x 80 mm burner) to the recipient of the radiation. he dry air allows the radiated energy converted into heat. his operating skin. he highly efficient gas infrared radiant heaters used Gas infrared burners used for drying in industrial fan. his provides them among other things with better control structure of a gas infrared unit. he individual burners are lined up in a series to create any desired length. wo lines burned there. he hot surfaces of the burner emit a very he hot gases from the combustion process and the he discharged portion must have fresh air added to control system. he largest part of the still-hot gases remain his means that, in addition to the radiated heat, there he ability to switch individual rows of burners on and off at least 50 % and 100 % output. he porous burner can he paper industry works with widths of up to 11 impair the quality of the paper in any way. he much higher his means that in the paper industry using the same paper web. o achieve this, the required number of his enables each individual burner in the row to supply he humidity is measured continuously over the width he use of porous burner to dry coated steel strip is relatively new. he speeds that the strip move at here are much Strip outlet temperature: min. 100 C PM (peak metal hree twin rows are fitted with a total of 144 porous burners for each line side. he heated width could be switched to herefore, with strip of 700 mm in width, a heated width width of 1800 mm was used for using. he different heated material, the speed and the coating material. he various when a stored formula is preselected. his means it to be folded away 90 when no longer in use. he swivel 1. he first is that in the event that the strip stops suddenly, mode. his ensures that the strip does not overheat. integrated into the dryers. his enables easy access to burner and its mounting can be fitted. here is no need to hree twin rows are fitted with a total of 144 porous burners 1/4 page portait 103 x 144 mm + 3 mm trimming allowance in printed page area 89 x 125 mm burner) to the recipient of the radiation. he dry air allows the radiated energy converted into heat. his operating skin. he highly efficient gas infrared radiant heaters used Gas infrared burners used for drying in industrial fan. his provides them among other things with better control structure of a gas infrared unit. he individual burners are lined up in a series to create any desired length. wo lines burned there. he hot surfaces of the burner emit a very he hot gases from the combustion process and the he discharged portion must have fresh air added to control system. he largest part of the still-hot gases remain his means that, in addition to the radiated heat, there he ability to switch individual rows of burners on and off at least 50 % and 100 % output. he porous burner can he paper industry works with widths of up to 11 impair the quality of the paper in any way. he much higher his means that in the paper industry using the same paper web. o achieve this, the required number of his enables each individual burner in the row to supply he humidity is measured continuously over the width he use of porous burner to dry coated steel strip is relatively new. he speeds that the strip move at here are much Strip outlet temperature: min. 100 C PM (peak metal hree twin rows are fitted with a total of 144 porous burners for each line side. he heated width could be switched to herefore, with strip of 700 mm in width, a heated width width of 1800 mm was used for using. he different heated material, the speed and the coating material. he various when a stored formula is preselected. his means it to be folded away 90 when no longer in use. he swivel 1. he first is that in the event that the strip stops suddenly, mode. his ensures that the strip does not overheat. integrated into the dryers. his enables easy access to burner and its mounting can be fitted. here is no need to hree twin rows are fitted with a total of 144 porous burners 1/4 page landscape 210 x 82 mm + 3 mm trimming allowance in printed page area 182 x 62 mm burner) to the recipient of the radiation. he dry air allows the radiated energy converted into heat. his operating skin. he highly efficient gas infrared radiant heaters used Gas infrared burners used for drying in industrial fan. his provides them among other things with better control structure of a gas infrared unit. he individual burners are lined up in a series to create any desired length. wo lines burned there. he hot surfaces of the burner emit a very he hot gases from the combustion process and the he discharged portion must have fresh air added to control system. he largest part of the still-hot gases remain his means that, in addition to the radiated heat, there he ability to switch individual rows of burners on and off at least 50 % and 100 % output. he porous burner can he paper industry works with widths of up to 11 impair the quality of the paper in any way. he much higher his means that in the paper industry using the same paper web. o achieve this, the required number of his enables each individual burner in the row to supply he humidity is measured continuously over the width he use of porous burner to dry coated steel strip is relatively new. he speeds that the strip move at here are much Strip outlet temperature: min. 100 C PM (peak metal hree twin rows are fitted with a total of 144 porous burners for each line side. he heated width could be switched to herefore, with strip of 700 mm in width, a heated width width of 1800 mm was used for using. he different heated material, the speed and the coating material. he various when a stored formula is preselected. his means it to be folded away 90 when no longer in use. he swivel 1. he first is that in the event that the strip stops suddenly, mode. his ensures that the strip does not overheat. integrated into the dryers. his enables easy access to burner and its mounting can be fitted. here is no need to hree twin rows are fitted with a total of 144 porous burners burner) to the recipient of the radiation. he dry air allows the radiated energy converted into heat. his operating skin. he highly efficient gas infrared radiant heaters used Gas infrared burners used for drying in industrial fan. his provides them among other things with better control structure of a gas infrared unit. he individual burners are lined up in a series to create any desired length. wo lines burned there. he hot surfaces of the burner emit a very he hot gases from the combustion process and the he discharged portion must have fresh air added to control system. he largest part of the still-hot gases remain his means that, in addition to the radiated heat, there he ability to switch individual rows of burners on and off at least 50 % and 100 % output. he porous burner can he paper industry works with widths of up to 11 impair the quality of the paper in any way. he much higher his means that in the paper industry using the same paper web. o achieve this, the required number of his enables each individual burner in the row to supply he humidity is measured continuously over the width he use of porous burner to dry coated steel strip is relatively new. he speeds that the strip move at here are much Strip outlet temperature: min. 100 C PM (peak metal hree twin rows are fitted with a total of 144 porous burners for each line side. he heated width could be switched to herefore, with strip of 700 mm in width, a heated width width of 1800 mm was used for using. he different heated material, the speed and the coating material. he various when a stored formula is preselected. his means it to be folded away 90 when no longer in use. he swivel 1. he first is that in the event that the strip stops suddenly, mode. his ensures that the strip does not overheat. integrated into the dryers. his enables easy access to burner and its mounting can be fitted. here is no need to hree twin rows are fitted with a total of 144 porous burners 1/4 page portait 103 x 144 mm + 3 mm trimming allowance in printed page area 89 x 125 mm burner) to the recipient of the radiation. he dry air allows the radiated energy converted into heat. his operating skin. he highly efficient gas infrared radiant heaters used Gas infrared burners used for drying in industrial fan. his provides them among other things with better control structure of a gas infrared unit. he individual burners are lined up in a series to create any desired length. wo lines burned there. he hot surfaces of the burner emit a very he hot gases from the combustion process and the he discharged portion must have fresh air added to control system. he largest part of the still-hot gases remain his means that, in addition to the radiated heat, there he ability to switch individual rows of burners on and off at least 50 % and 100 % output. he porous burner can he paper industry works with widths of up to 11 impair the quality of the paper in any way. he much higher his means that in the paper industry using the same paper web. o achieve this, the required number of his enables each individual burner in the row to supply he humidity is measured continuously over the width he use of porous burner to dry coated steel strip is relatively new. he speeds that the strip move at here are much Strip outlet temperature: min. 100 C PM (peak metal hree twin rows are fitted with a total of 144 porous burners for each line side. he heated width could be switched to herefore, with strip of 700 mm in width, a heated width width of 1800 mm was used for using. he different heated material, the speed and the coating material. he various when a stored formula is preselected. his means it to be folded away 90 when no longer in use. he swivel 1. he first is that in the event that the strip stops suddenly, mode. his ensures that the strip does not overheat. integrated into the dryers. his enables easy access to burner and its mounting can be fitted. here is no need to hree twin rows are fitted with a total of 144 porous burners 1/4 page landscape 210 x 82 mm + 3 mm trimming allowance in printed page area 182 x 62 mm burner) to the recipient of the radiation. he dry air allows the radiated energy converted into heat. his operating skin. he highly efficient gas infrared radiant heaters used Gas infrared burners used for drying in industrial fan. his provides them among other things with better control structure of a gas infrared unit. he individual burners are lined up in a series to create any desired length. wo lines burned there. he hot surfaces of the burner emit a very he hot gases from the combustion process and the he discharged portion must have fresh air added to control system. he largest part of the still-hot gases remain his means that, in addition to the radiated heat, there he ability to switch individual rows of burners on and off at least 50 % and 100 % output. he porous burner can he paper industry works with widths of up to 11 impair the quality of the paper in any way. he much higher his means that in the paper industry using the same paper web. o achieve this, the required number of his enables each individual burner in the row to supply he humidity is measured continuously over the width he use of porous burner to dry coated steel strip is relatively new. he speeds that the strip move at here are much Strip outlet temperature: min. 100 C PM (peak metal hree twin rows are fitted with a total of 144 porous burners for each line side. he heated width could be switched to herefore, with strip of 700 mm in width, a heated width width of 1800 mm was used for using. he different heated material, the speed and the coating material. he various when a stored formula is preselected. his means it to be folded away 90 when no longer in use. he swivel 1. he first is that in the event that the strip stops suddenly, mode. his ensures that the strip does not overheat. integrated into the dryers. his enables easy access to burner and its mounting can be fitted. here is no need to hree twin rows are fitted with a total of 144 porous burners burner) to the recipient of the radiation. he dry air allows the radiated energy converted into heat. his operating skin. he highly efficient gas infrared radiant heaters used Gas infrared burners used for drying in industrial fan. his provides them among other things with better control structure of a gas infrared unit. he individual burners are lined up in a series to create any desired length. wo lines burned there. he hot surfaces of the burner emit a very he hot gases from the combustion process and the he discharged portion must have fresh air added to control system. he largest part of the still-hot gases remain his means that, in addition to the radiated heat, there he ability to switch individual rows of burners on and off at least 50 % and 100 % output. he porous burner can he paper industry works with widths of up to 11 impair the quality of the paper in any way. he much higher his means that in the paper industry using the same paper web. o achieve this, the required number of his enables each individual burner in the row to supply he humidity is measured continuously over the width he use of porous burner to dry coated steel strip is relatively new. he speeds that the strip move at here are much Strip outlet temperature: min. 100 C PM (peak metal hree twin rows are fitted with a total of 144 porous burners for each line side. he heated width could be switched to herefore, with strip of 700 mm in width, a heated width width of 1800 mm was used for using. he different heated material, the speed and the coating material. he various when a stored formula is preselected. his means it to be folded away 90 when no longer in use. he swivel 1. he first is that in the event that the strip stops suddenly, mode. his ensures that the strip does not overheat. integrated into the dryers. his enables easy access to burner and its mounting can be fitted. here is no need to hree twin rows are fitted with a total of 144 porous burners 1/1 printed page area 1/2 page landscape 1/2 page landscape Junior Page 1/3 page portrait 1/3 page landscape 1/3 page landscape 1/4 page portrait 1/4 page landscape 1/4 page portrait 1/4 page landscape 1/8 page landscape in printed page area 182 x 31 mm 1/8 page in printed page area 89 x 62 mm 1/8 page 1/8 page 1/2 page protrait 1/8 landscape 1/8 landscape all formats in width x height

12 + Market Place o: Vulkan-Verlag GmbH Attn. Claudia Wolff Postfach Essen, Germany Fax: I/We hereby order for 2019 Contact adress for proofs Signature 12

13 Market Place Spotlight your company s products and services Enter your company address here: Company Postcode/Zip/own/City Street address Country/State elephone Fax Website Specimen 1. Main entry for the year (heat processing 1 4 / 2019), incl. logo and link to your homepage. Vulkan-Verlag GmbH Friedrich-Ebert-Str Essen, Deutschland el Fax info@vulkan-verlag.de Every additional entry: 50 % discount Subcategories free of charge Entries run to the end of the calendar year and then terminate automatically. Rates are charged proportionally where placement starts during the ongoing year. Online-version of this order form under /market-place/ 13

14 Market Place Please select the headings under which your entry is to be included: I. Furnaces and plants for industrial heat treatment processes hermal production Brazing Calcination Electroslag refining Firing Melting out of metal Sintering Melting, pouring, casting Holding (liquid phase) Holding and pouring Induction stirring/braking Inductive melting Melting ransport/handling Powder metallurgy De-waxing Sintering Heating Conductive heating Heating by vacuum and protective gas atmosphere processes Holding Impulse heating Induction billet heating Inductive heating Laser heating Microwave and Infrared heating Preheating Reheating Resistance heating hixo forming Heat treatment Annealing Baking Carbonitriding Carburizing Drying Forging Hardening Homogenizing Induction hardening Laser Conditioning Nitriding Solution and Aging empering Sintering Cooling and Quenching Cleaning and drying Surface treatment Coating Inductive heating for coating Metal coating Nitrocarburizing Non-metal coating Oxidising Joining Brazing Connecting Shrinkage Welding Recycling Re-melting Vakuum thermal Energy efficiency Retrofit II. Components, equipment, pro duction and auxiliary materials Quenching equipment Hardening bath Nozzles for gas quench Quench ants Quenching tanks Fittings Air Gas Water ransport equipment Charging machines Mobile vessels Storage Burners Channel burners Co-flow burners Dust burners Flares 14

15 Flat flame burners Gas burners Low NOx burners Multi fuel burners Oil burners Oxy fuel burners Radiant tube burners Recuperative burners Recuperative gas burners up to 1,200 kw Regenerativ burners Special burners Swirl burners Burner applications Boiler firing Industrial furnance direct heated Industrial furnance indirect heated Recuperative thermal oxidation Burner equipment Air supply Firing control Fittings Flame monitoring Fuel systems Hot gas regenerator/combustion chamber Process control Radiant tubes Recuperators Regenerators Racks Construction elements Metal Ceramic Graphite Hardening accessories Resistance heating elements Casting and melting accessories Forging accessories Inductors Design of inductors for all applications Process development Pumps, blowers and fans Gases Exo-/Endo gas producers Gas producers Gaseous fuels Liquefield petroleum gas Natural gas Process gases Measuring and automation Automation and process control engineering Gas analysing Gas composition Measuring technique Moisture metering Monitoring of process O 2 sensors Pressure Process automation Process controllers Process documentation Process simulation Sensors emperature Volume flow Power supply Converter DC, MF and HF generators Generators HF, MF and SDF generators Induction heating systems for extrusion and forging of metals MF and HF generators Power controllers Relays ransformers Ventilating systems Cleaning and drying equipment Vacuum technology Components Pumps Refractories High temperature wool Insulation Refractory masses Shaped refractory products III. Consulting, design, service and engineering Consulting for all applications of inductive heating IV. rade associations, institutes, universities, organisations V. Exhibition organizers, training and education VI. ranslations Subheadings (black type) within a main heading (coloured type) will be included free-of-charge as additional information under your entry. Hasn t found your headings? Please contact Claudia Wolff for more information. Your contact to heat processing s Business Directory: Claudia Wolff el c.wolff@vulkan-verlag.de and under /market-place/ 15

16 Circulation analysis/distribution Circulation control: IVW-audited Circulation analysis: 4 th quarter 2018 Print run: 2,000 Actually distributed circulation: 1,972 Commercial sales: 83 Complimentary copies: 1,889 Fair & exhibition copies Industry/Sector/Distribution channels: Recipient groups Share of actually distributed circulation Processing industry (foundries, hardening shops, industrial furnance operators, forging) ,071 Plant manufacturers Refractory Engineering Burner and Combustion Measuring/Control engineering 3.1 otals ,972 in % copies 16

17 heat processing online heat processing online brings knowledge, markets and users together! he heat processing portal offers lots of new potentials: horoughly orientated research by content and B2B knowledge Latest daily news from the thermoprocessing technology industry Fairs and other events relevant for the industry On-line market place featuring suppliers and their products/services Community, spotlighting the top minds in the industry Latest products and processes Extensive book and article shop plus much, much more! he one and only B2B-portal for thermoprocessing professionals All pages and functions can also be read and used without difficulty an mobile devices, e.g. your Smartphone or ablet - try it soon! 17

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19 heat processing online Banner formats and rates: Format Positioning File format Format (W x H) Data volume Preis in Euro * Skyscraper 1* All pages jpg, gif, png 160 x 600 px max. 40 KB Skyscraper 2* All pages jpg, gif, png 160 x 600 px max. 40 KB Skyscraper Mini* All pages jpg, gif, png 160 x 300 px max. 40 KB Fullsize-Banner 1 Fullsize-Banner 2 Homepage and News pages Homepage and News pages jpg, gif, png 620 x 120 px max. 40 KB jpg, gif, png 620 x 120 px max. 40 KB Rectangle All pages jpg, gif, png 300 x 250 px max. 40 KB Value Added ax (VA) at the legally applicable rate must be added to all amounts * Skyscrapers are not displayed on mobile formats ** Booking period: 4 weeks 19

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21 Market Place he heat processing index of companies the shortest route to your target group! Find and be found! Book your COMPANY PROFILE now and be present the whole year - in print and online. 21

22 Market Place BASIC Company presence Company address plus contact data and company logo inc. link to Homepage + Keywords for your business fields + Wide-ranging Search function + Mobile display of your entry Combination only Print + Online Included in booking of entry in the heat processing technical journal PREMIUM Enhanced company presence Basic company presence + Company videos + Image galleries + Your company news displayed with your company entry + Mention of your company in our rade Fair Specials + Featuring of your important personalities + Product catalogues, brochures and advertising materials for download + Google Maps route planner * for the year * Value Added ax (VA) must be added For more information on request: c.wolff@vulkan-verlag.de and under /service/media-data 22

23 Job market Vacancies: BASIC: Your job ad on inc. your logo BASIC entry CLASSIC + once-only placement in the NEWS from the world of heat treatment newsletter CLASSIC entry PREMIUM + once-only placement in the journal heat processing 8 Weeks: * 8 Weeks: * 8 Weeks: 1, * * Value Added ax (VA) must be added. Payment against invoice in all cases Place your job ad here to fill your skilled employee needs systematically! 23

24 Newsletter NEWS from the world of heat treatment > Readers! Medium he online-newsletter heat processing is the monthly publication in English for the world of heat treatment, industrial furnaces and thermoprocessing engineering. he newsletter is published by Vulkan-Verlag and related to the print magazine heat processing. he newsletter is the communication platform and vehicle of European knowledge, technologies and positions for the global markets. arget group he newsletter heat processing addresses decision makers in the heat treatment industry and related industries, who are using heat treatment in their production. he target group includes the top-management and the technical management of leading companies in the heat treatment industry as well as owners of small and medium-sized enterprises. Editorial Concept With its twelve editions annually, the newsletter heat processing provides news from the world of heat treatment. he newsletter provides information about technical trends, business, markets, projects and people. 24

25 Newsletter Banner Banner including Link to your homepage > Readers! Banner Placement 1 Banner positioned below the editorial introduction 305,- Banner Placement 2 Banner positioned below "Industry News" 255,- Banner Placement 3 Banner positioned below "Events" 235,- Banner Placement 4 Banner positioned below "Hot Spot" and "he editors recommend" 235,- 25

26 Newsletter 1 Circulation: > Frequency of publication: monthly 3 Printing material deadline: see Schedule below 4 Data format: Banner/Pictures:.jpeg oder.png mind. 72 dpi in RGB-Farben 5 Supply to: c.wolff@vulkan-verlag.de 6 Publisher: Vulkan-Verlag GmbH Friedrich-Ebert-Straße 55, Essen, Germany Phone: Fax: Shipment date Banner data at the latest by KW 04, KW 08, KW 11, KW 16, KW 21, KW 25, KW 30, KW 33, KW 37, KW 41, KW 46, KW 50, Contacts: Banner Sales: Claudia Wolff Phone Fax c.wolff@vulkan-verlag.de Banner Management: Jutta Zierold elefon elefax j.zierold@vulkan-verlag.de 8 erms of payment All invoices are payable without deduction within 15 days from date of invoice. A 3% discount is deductible in case of payment in advance. he invoice amount is stated on the confirmation of order. Interest will be charged on arrears of payment. Direct debit facilities are availabel. If older invoices are outstanding, discount can not be granted. VA Nr. DE Account details: Nassauische Sparkasse Wiesbaden BIC/SWIF NASSDE55XXX IBAN DE USt-IdNr. (VA): DE Ad mode Data format Format Price Ad-Banner, Placement 1 jpeg or png 725 x 120 px Ad-Banner, Placement 2 jpeg or png 725 x 120 px Ad-Banner, Placement 3 jpeg or png 725 x 120 px Ad-Banner, Placement 4 jpeg or png 725 x 120 px ext-banner MS Word Headline = max. 85 characters Continuous text = max. 450 characters , or depending on positioning 26

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