CCM Continuous Casting Machine, buy R6M , R8M CCM Continuous Casting Machine , Ladle Turret on China Suppliers Mobile

Product Details

Delivery Time:2 months

R6M , R8M CCM Continuous Casting Machine , Ladle Turret

CCM continuous casting machine

with ISO certification

advanced design

safe operation

Low energy and high efficiency

We can produce high quality continuous casting machines from 1 to 8 strands with the lowest equipment manufacturing cost.We can design, manufacture the up-to-date billet continuous casting machine in accordance with the user\'s steelmaking capacity, billet size, steel grades and the user\'s field conditions.

1. Basic standby technical parameters:

Steel billet casting machine radius	6m,8m,10m
Strand quantity	1,2,3 strands
Ladle support type	Ladle turret,Ladle car
Tundish carriage	Semi-portal, cross sliding function
Casting method	Metering nozzle, open casting
Secondary cooling	Water cooling , 1 adjusting circuit
Withdrawal straightening machine	Totally 5 roller, progressive straightening
Roll table	Chain group centralized drive
Dummy bar	Rigid, with self-adapting dummy bar head
Billet cutting	Hydraulic cutting machine
Billet conveying	Group centralized live roller table
Cooling bank type	Simple cooling bed

2. Technical process description and capacity of steel billet CCM

Induction furnace:

Nominal capacity	30T
Tap-to-tap cycle	60min
Furnace quantity	2set

Production capacity

Working days	330 days/year
Average number of daily furnace	24/day
Production capacity	300,000t/year

3. Casting speed, productivity and strand quantity

Round billet size range:φ60～φ500

Round billet CCM castig speed range:

Φ60～120 1.6～2.5m/min

Φ150～240 0.8～1.2m/min

Φ250～500 0.5～0.8m/min

The calculation results is the ideal state of the production, please according to own actual situation of adjustment.

Steel grade	Casting grade(m/min)	Effective deformation rate(ε)	Allowable deformation rate(εmax)
Straight carbon steel	0.8～2.5	Please refer to the computational table	0.25
Low alloy steel	0.8～2.0	Please refer to the computational table	0.15～0.2