KVS Hot-Rolled Steel Channels

KVS is a renowned manufacturer of hot-rolled steel channels suitable for various applications across diverse industries, including construction, manufacturing, transportation, and engineering.

  • Mild to high tensile strength
  • Wide dimensional range with precise tolerances
  • Superior weldability & surface finish
  • Resistant to atmospheric corrosion
  • Construction of bridges & buildings
  • Manufacturing of truck-trailers & Tippers
  • Structural supports for generators & EOT cranes
  • Shipbuilding, factory sheds, & conveyors
  • Cable Trays, boilers, agricultural equipment
  • Bus bodies, mechanized vehicle parking systems, and more
Manufactured through a controlled hot rolling process adhering to BIS standards (IS:2062 or BIS:15911). Comprehensive physical, mechanical, and chemical tests ensure product quality before delivery.
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KVS Hot-Rolled Steel Channels FAQ's

KVS Channels are extensively used in bridge construction, truck-trailers manufacturing, generators frames, EOT cranes, and various structural support applications.

KVS Channels possess superior structural support, wide dimensional range, high tensile strength, dimensional accuracy, and excellent surface finish, ensuring durability in construction.

KVS Channels are produced using a hot rolling process, controlling steel temperature and chemical properties to achieve fine grain microstructure and optimum mechanical properties.

Yes, KVS Channels conform to IS: 1786 and other international standards, meeting stringent quality benchmarks for construction materials.

 

KVS Channels are available in various specifications and dimensions, including MC 75X40, LC 75X40, SLC 75X40, MC 100X50, and LC 100X50.

KVS Channels offer structural reliability, maximizing stability, efficiency, and providing superior load-bearing capacity, leading to cost-effective construction.

Yes, KVS Channels possess superior strength and durability, meeting challenges posed by different construction needs and various engineering industries.


KVS Channels are versatile and adaptable, suitable for machinery, enclosures, vehicle fabrication, building construction, and a wide array of structural support applications.

They provide better surface finish, durability, and structural reliability, making them an ideal choice for diverse construction and engineering projects.

 

KVS Channels offer structural stability, reliability, and high load-bearing capacity, ensuring durable and efficient construction for varied engineering applications.

KVS Channels are extensively used in bridge construction, truck-trailers manufacturing, generators frames, EOT cranes, and various structural support applications.

KVS Channels possess superior structural support, wide dimensional range, high tensile strength, dimensional accuracy, and excellent surface finish, ensuring durability in construction.

KVS Channels are produced using a hot rolling process, controlling steel temperature and chemical properties to achieve fine grain microstructure and optimum mechanical properties.

Yes, KVS Channels conform to IS: 1786 and other international standards, meeting stringent quality benchmarks for construction materials.

 

KVS Channels are available in various specifications and dimensions, including MC 75X40, LC 75X40, SLC 75X40, MC 100X50, and LC 100X50.

KVS Channels offer structural reliability, maximizing stability, efficiency, and providing superior load-bearing capacity, leading to cost-effective construction.

 

Yes, KVS Channels possess superior strength and durability, meeting challenges posed by different construction needs and various engineering industries.


KVS Channels are versatile and adaptable, suitable for machinery, enclosures, vehicle fabrication, building construction, and a wide array of structural support applications.

They provide better surface finish, durability, and structural reliability, making them an ideal choice for diverse construction and engineering projects.

KVS Channels offer structural stability, reliability, and high load-bearing capacity, ensuring durable and efficient construction for varied engineering applications.