Krebs & Riedel Schleifscheibenfabrik GmbH & Co. KG
Booth number: W5-A281
www.krebs-riedel.de
About us
KREBS & RIEDEL – Innovative grinding technology since 1895
The cornerstone of the Krebs & Riedel grinding wheel factory in Bad Karlshafen was laid some 125 years ago. Today the family owned company operates worldwide as a manufacturer of individually manufactured precision grinding wheels and impresses with innovation and solution-oriented application technology advice.
Above all, customers from the automotive, aerospace, mechanical engineering, medical technology and wind power sectors rely upon the high-precision products manufactured by Krebs & Riedel.
In addition to conventional grinding wheels, cutting wheels, cup grinding wheels and grinding segments with ceramic and synthetic resin bonds, Krebs & Riedel also manufactures CBN and diamond tools with ceramic bonds, as well as honing rings.
The medium-sized family business with over 250 committed employees has an annual turnover of 31 million euros. Krebs & Riedel is one of the global innovation leaders in abrasives and has subsidiaries in China and India and a strong distribution network in more than 30 countries worldwide.
Address
Bremer Str. 44
34385 Bad Karlshafen
Germany
E-mail: mail@krebs-riedel.de
Phone: +49 567 21840
Internet: www.krebs-riedel.de
1F, Bldg. 3, Canyang Yutai Ind. Park
No. 518 Caosheng Rd., Xu Hang Town, Jiading Distr.
201809 Shanghai
China
E-mail: sales@krebs-riedel.cn.com
Phone: +86 21 59950913
No. 174/F, 2nd Main, 60 Feet Rd.
AECS Layout B Block Singasandra, Hosur Rd.
560068 Bangalore
India
E-mail: sales@krebs-riedel.in
Phone: +91 84 95926527
Internet: www.krebs-riedel.in
Contact person:
Dipl.-Ing. Deliang Chen
General Manager
E-mail: chen@krebs-riedel.cn.com
Phone: +86 1 3641658347
Products & Services
KREBS & RIEDEL - Innovative grinding technology since 1895
Today the family owned company operates worldwide as a manufacturer of individually manufactured precision grinding wheels and impresses with innovation and solution-oriented application technology advice.
Above all, customers from the automotive, aerospace, mechanical engineering, medical technology and wind power sectors rely upon the high-precision products manufactured by Krebs & Riedel.
In addition to conventional grinding wheels, cutting wheels, cup grinding wheels and grinding segments with ceramic and synthetic resin bonds, Krebs & Riedel also manufactures CBN and diamond tools with ceramic bonds, as well as honing rings.
The medium-sized family business with over 250 committed employees has an annual turnover of 31 million euros.
Krebs & Riedel is one of the global innovation leaders in abrasives and has subsidiaries in China and India and a strong distribution network in more than 30 countries worldwide.
Gear grinding tools
Krebs & Riedel is specialized in gear grinding. Gears are among the most important mechanical elements in the construction of transmissions, vehicles and machinery. Gear grinding is one of the most important methods for meeting these high demands. For this purpose, Krebs & Riedel provides proven grinding tools for virtually all types of machines when it comes to continuous generative grinding, profile grinding, gearshafts and bevel gear grinding.
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Superabrasives: CBN and diamond tools, the toughest abrasive in the world
Top high-precision grinding of hard iron and steel alloys or hard and brittle materials, the best removal rates and the longest service life are still provided by the hardest materials in the world: CBN and diamond. Cubic boron nitride, CBN for short, is particularly suited to difficult to machine or high-alloyed hardened steels with a hardness of 54 HRC or more such as high-speed steel, tool or chrome steel, nickel-based alloys, powder metallurgy steels or white cast iron.
Conventional grinding tools - Vitrified bond (V)
A major advantage of vitrified bonding is the controllable porosity. Highly porous grinding wheels are in particularl needed for productive deep and creep-feed grinding processes to transport the cutting fluid directly into the contact zone and to optimally remove the generated grinding chips and heat.
