Steel – introduction
History of steel
Steels are combinations of iron and different components, essentially carbon, broadly utilized as a part of development and different applications due to their high resistances and low expenses. Carbon, different components, and considerations inside of iron go about as solidifying specialists that keep the development of separations that generally happen in the gem cross sections of iron particles.
The carbon in run of the mill steel compounds might contribute up to 2.1% of its weight. Fluctuating the measure of alloying components, their development in the steel either as solute components, or as accelerated stages, hinders the development of those disengagements that make press relatively pliable and powerless, and accordingly controls qualities, for example, the hardness, malleability, and rigidity of the subsequent steel. Steel’s quality contrasted with immaculate iron is just conceivable to the detriment of flexibility, of which iron has an abundance.
Why Steel?
- Mass Reduction
- Safety
- Steel Muscle in New Vehicles
- 2016 Chevy Cruze , HSS Global Platform
- 2016 Chevy Malibu: Larger, Lighter, More Efficient with HSS
- 2016 Kia Optima Smart Performance & Safety with HSS
- 2016 Nissan Maxima Light on Its Wheels with HSS
- 2017 Chrysler Pacifica, Re-designed, Lighter
- 2017 GMC Acadia drops 700 lbs. with Steel
- Hyundai’s 2016 Tucson Offers Sporty Styling, Outstanding Efficiency and Cutting-edge Safety Technologies
- 2015 Acura TLX, Safe, Lean, Luxurious
- 2015 Hyundai Genesis Redesigned with AHSS
- [VIDEO] 2015 Hyundai Genesis: High-Strength Steel Luxury
- 2015 Honda Fit: Fit and Strong
- High-Strength Steels Improve 2015 Ford Edge Stiffness
- 2015 Nissan Murano Redesigns with AHSS
- Engineering, Advanced Materials Slim Down 2015 Chevy Colorado
- ‘Toughnology’ Concept Shows Silverado’s Built-In Strength
- 2014 7th Generation Golf – a lightweight marvel
- Honda CR-Z, AHSS Light Weight, Safe
- [VIDEO] AHSS Transformers
- Vehicle Design Lightweighting Kit