belt.materials.

Convebelt - the steelbelt from Contibelt
 
steel belt materials

Various materials, tolerances and surface finishes are available for different applications of solid steel belts. The following list allows an overview over the different materials available for Convebelt belts. Detailed material data is available for the four most common steel grades. Nevertheless, the steel qualities for specific applications shall be discussed in detail - depending on your requirements.

Please click on the desired steel quality to have the respective material data sheet displayed in a separate window (please disengage any eventually installed popup-blocker software to be able to use this feature).
 

 standard materials available for Contibelt solid steel belts:

CB 301 SGA
 

Cold rolled austenitic stainless steel, which has been designed specifically for steel belt applications. High strength characteristics, good corrosion resistance and good weldability, used as standard material for various applications.
 
 
CB 316 SGA
 

in accordance with ASTM AISI 316 (DIN Wst. Nr. 1.4401)
corrosion-resistant stainless steel
 
CB 105 SGF
 

special steel for transportation processes
 
CB 650 SCK
 

DIN Wst. Nr. 1.1231, 
carbon steel
 
CB 31 SGM
 

Cold rolled stainless steel with martensitic structure. This steel was especially designed for steel belt applications with very good spring properties, high ductility, high strengths and very good weldability.
 

CB 630 SGM
 

similar to AISI 630, similar to DIN Wst. Nr. 1.4542, 
Precipitation-hardened stainless steel with martensitic structure. This steel was especially designed for steel belt applications and is characterized by high tensile and yield strength, high ductility, high fatigue strength, good corrosion resistance and good weldability.
 
CB 304 SGAV
  in accordance with ASTM AISI 304 , DIN Wst. Nr. 1.4301
stainless steel of exceptional purity
 
CB 316 SGAV

 

 in accordance with ASTM AISI 316 , DIN Wst. Nr. 1.4401
stainless steel of exceptional purity with corrosion resistant properties.

(c): Contibelt Band Systeme GmbH, Version 05/2006