![]() ![]() ISO 49603rd Edition, December 15, 2007Complete DocumentCold-reduced carbon steel strip with a mass fraction of carbon over 0,25 %Detail Summary
![]()
Additional Comments:
ENGLISH * SEE ISO DIS 4960
PDF
Single User
$103.00
Print
In Stock
Need it fast? Ask for rush delivery.
Most backordered items can be rushed in from the publisher in as little as 24 hours. Some rush fees may apply. Contact your nearest IHS Markit Office to request rush delivery of any backordered item.
$103.00
Product Details:
![]() Description / Abstract:
This International Standard applies to cold-reduced carbon steel
strip with a mass fraction of carbon over 0,25 % made from the
steels specified in Table 1. It is commonly produced in thicknesses
of 6 mm and under, and in widths up to 600 mm exclusive, in coils
and cut lengths. The strip is ordered in the as-delivered
condition, as specified in 6.1 or Clause 5, and is predominantly
used for springs, but also for other highly stressed parts of many
different types. Steel designations CS55 to CS95 may be supplied in
the quenched and tempered condition.
This International Standard does not apply to alloy steels or stainless steels. Cold-reduced carbon steel strip is furnished in the following types: a) full hard, where a very stiff, springy product is produced to obtain full hardness after the final rolling (it is intended for flat work not requiring the ability to withstand cold forming); b) annealed, which is intended for applications requiring moderate cold forming; c) quenched and tempered, which is intended generally for the production of steel springs where the appropriate combination of strength, hardness, toughness and ductility can be achieved; d) intermediate hardness, which is intended for applications where cold forming is slight or where a moderately stiff, springy product is needed. Cold-reduced carbon steel strip is characterized by close dimensional tolerances and good surface finish and, in the cold-rolled and quenched and tempered condition, it is possible to attain high values for hardness and tensile strength. ![]() |