Industrial Furnace Technology

Walking Beam RHF

CISDI is one of the first companies that grasp the technology of walking beam RHF. More than 80 walking beam RHFs have been designed and put into use. CISDI industrial furnace has made important contributions for Chinese steel industry.

Annular RHF

Over the past decade, dozens of Annular RHFs have been built for reheating the pipes in the tube plant or reheating the rolling tubes in the wheel hub factory. CISDI industrial furnace has become the leader of Annular RHF to occupy the domestic market.

Heat Treatment Furnace for Pipe

The technical advantages of heat treatment furnace for pipe are significant and competitive, with the continuous galvanizing, quenching, annealing, tempering, hardening, solution treatment and stainless steel bright annealing furnace technology.

Roller Hearth Furnace for Heavy Plate Mill

The roller hearth furnace for heavy plate mill presents many significant and competitive advantages, which can be used for continuous galvanizing, quenching, annealing, tempering, hardening, solution treatment and stainless steel bright annealing.

Continuous Galvanizing and Annealing Furnace

The technical advantages of continuous galvanizing and annealing furnace are significant and competitive, with the continuous galvanizing, quenching, annealing, tempering, hardening, solution treatment and stainless steel bright annealing furnace technology.

Evaporative Cooling System and Waste Heat Recovery Technology

Patented technology for invention of evaporative cooling system with forced recirculation.
Patented technology for practical new walking device.
Proprietary low drum evaporative cooling system in natural circulation.
Proprietary waste heat recovery technology with lower waste gas temperature.
CISDI has developed its hydraulic computation software for circulation cooling water.

CAE Technology

Accurate finite element analysis is used to ensure design accuracy and efficiency.
CAE technology is used to analyze the reliability and safety of products, to optimize the design and improve the product quality.
Virtual and multi-condition simulations are used to minimize R&D costs, shorten the R&D cycle to bring new products to market.