Audited Supplier
Ladle Tilting Machine
Two Years
One Years
Customized
New
Hydraulic Oil
Semi-Automatic
Steel Rolling Equipment
ISO
Carbon Steel
Hydroethylene Glycol
Remote Operation
Dust-Cleaning Apparatus
Ocean Hydraulic Group
Custom Wooden Case
carbon steel
Shanxi, China
0900
Product Description
ladle tilting device for pouring molten steel
| Tipping speed | Adjustable from 3°/ min-20 °/min |
rate of descent | 30°/min |
| Maximum turnover Angle | 115° |
| maximum load | 80t |
| Lift cylinder | DG250-1900 |
| System operating pressure | 14MPa |
| Hydraulic system volume | 800L |
| total power of the device | 30KW |
| gross weight of equipment | 18t |
| specification | 4410x3880x3363(mm) |
Robust Construction
- The equipment is fabricated using high-quality steel alloys, ensuring durability and resistance to the harsh operating conditions in a foundry or steel mill. The heavy-duty structure can withstand significant loads and is designed to provide long-term service with minimal maintenance.
- The main frame is engineered with precision to provide stable support during the tilting operation. It is designed to resist deformation and fatigue, even under continuous and heavy use.
- Equipped with a state-of-the-art hydraulic or electric tilting system, depending on the specific requirements of the customer. The hydraulic system offers high power and precise control, allowing for smooth and accurate tilting angles. It can handle large ladles with ease and provides consistent performance.
- The electric tilting mechanism, on the other hand, offers better energy efficiency and precise speed control. It is suitable for applications where precise positioning and slow, controlled tilting are required. Both systems are designed to ensure reliable operation and can be customized to meet different production needs.
- The tilting range is adjustable from a few degrees to a maximum of approximately 180 degrees, allowing for complete emptying of the ladle. The tilting speed can also be adjusted to match the pouring rate, ensuring a steady and controlled flow of molten metal.
