Automated Production Line Systems
Vacuum induction melting equipment
Model
The equipment uses medium-frequency induction heating to smelt and synthesize the alloy elements in the crucible under vacuum or inert gas protection conditions. After meeting the technical requirements, the molten metal liquid is poured into the prefabricated mold through a tilting mechanism to prepare alloy ingots or castings. It is suitable for the preparation of nickel-based alloys, iron-based alloys, copper-based alloys and other materials.
- Final configuration confirmed before quotation
- Customization and accessories reviewed by application
- Export packing and documentation available on request
Direct technical contact
Typical applications
- Suitable for the preparation of nickel-based alloys, iron-based alloys, copper-based alloys and other materials.
Equipment features
Key product features
-
High ultimate vacuum, low pressure rise rate, and high thermal efficiency
-
Preparation of alloys with low oxygen increment and good composition uniformity
-
With data recording and storage functions, process parameters can be traced
-
With interlock alarm function, safe and reliable
Technical data
Technical specifications
Specifications are organized by system so different equipment types can present the parameters that matter for their application.
ZKGY-Z5
| ZKGY-Z5 / Crucible capacity | 5kg (calculated as Fe) |
|---|---|
| ZKGY-Z5 / Ultimate vacuum degree | 6.67×10-3Pa |
| ZKGY-Z5 / Pressure rise rate | ＜2Pa/h |
| ZKGY-Z5 / Extreme temperature | 1800℃ |
| ZKGY-Z5 / Pouring method | flip casting |
| ZKGY-Z5 / Temperature measurement method | Thermocouple/Infrared |
| ZKGY-Z5 / Feeding method | Feeding barrel/feeding claw/feeding grid |
| ZKGY-Z5 / Working method | periodic |
ZKGY-Z10
| ZKGY-Z10 / Crucible capacity | 10kg (calculated as Fe) |
|---|---|
| ZKGY-Z10 / Ultimate vacuum degree | 6.67×10-3Pa |
| ZKGY-Z10 / Pressure rise rate | ＜2Pa/h |
| ZKGY-Z10 / Extreme temperature | 1800℃ |
| ZKGY-Z10 / Pouring method | flip casting |
| ZKGY-Z10 / Temperature measurement method | Thermocouple/Infrared |
| ZKGY-Z10 / Feeding method | Feeding barrel/feeding claw/feeding grid |
| ZKGY-Z10 / Working method | periodic |
ZKGY-Z25
| ZKGY-Z25 / Crucible capacity | 25kg (calculated as Fe) |
|---|---|
| ZKGY-Z25 / Ultimate vacuum degree | 6.67×10-3Pa |
| ZKGY-Z25 / Pressure rise rate | ＜2Pa/h |
| ZKGY-Z25 / Extreme temperature | 1800℃ |
| ZKGY-Z25 / Pouring method | flip casting |
| ZKGY-Z25 / Temperature measurement method | Thermocouple/Infrared |
| ZKGY-Z25 / Feeding method | Feeding barrel/feeding claw/feeding grid |
| ZKGY-Z25 / Working method | periodic |
ZKGY-Z50
| ZKGY-Z50 / Crucible capacity | 50kg (calculated as Fe) |
|---|---|
| ZKGY-Z50 / Ultimate vacuum degree | 6.67×10-3Pa |
| ZKGY-Z50 / Pressure rise rate | ＜2Pa/h |
| ZKGY-Z50 / Extreme temperature | 1800℃ |
| ZKGY-Z50 / Pouring method | flip casting |
| ZKGY-Z50 / Temperature measurement method | Thermocouple/Infrared |
| ZKGY-Z50 / Feeding method | Feeding barrel/feeding claw/feeding grid |
| ZKGY-Z50 / Working method | periodic |
ZKGY-Z100
| ZKGY-Z100 / Crucible capacity | 100kg (calculated as Fe) |
|---|---|
| ZKGY-Z100 / Ultimate vacuum degree | 6.67×10-3Pa |
| ZKGY-Z100 / Pressure rise rate | ＜2Pa/h |
| ZKGY-Z100 / Extreme temperature | 1800℃ |
| ZKGY-Z100 / Pouring method | flip casting |
| ZKGY-Z100 / Temperature measurement method | Thermocouple/Infrared |
| ZKGY-Z100 / Feeding method | Feeding barrel/feeding claw/feeding grid |
| ZKGY-Z100 / Working method | periodic |
ZKGY-Z200
| ZKGY-Z200 / Crucible capacity | 200kg (calculated as Fe) |
|---|---|
| ZKGY-Z200 / Ultimate vacuum degree | 6.67×10-3Pa |
| ZKGY-Z200 / Pressure rise rate | ＜2Pa/h |
| ZKGY-Z200 / Extreme temperature | 1800℃ |
| ZKGY-Z200 / Pouring method | flip casting |
| ZKGY-Z200 / Temperature measurement method | Thermocouple/Infrared |
| ZKGY-Z200 / Feeding method | Feeding barrel/feeding claw/feeding grid |
| ZKGY-Z200 / Working method | periodic |
ZKGY-Z300
| ZKGY-Z300 / Crucible capacity | 300kg (calculated as Fe) |
|---|---|
| ZKGY-Z300 / Ultimate vacuum degree | 6.67×10-3Pa |
| ZKGY-Z300 / Pressure rise rate | ＜2Pa/h |
| ZKGY-Z300 / Extreme temperature | 1800℃ |
| ZKGY-Z300 / Pouring method | flip casting |
| ZKGY-Z300 / Temperature measurement method | Thermocouple/Infrared |
| ZKGY-Z300 / Feeding method | Feeding barrel/feeding claw/feeding grid |
| ZKGY-Z300 / Working method | periodic |
ZKGY-B10
| ZKGY-B10 / Crucible capacity | 10kg (calculated as Fe) |
|---|---|
| ZKGY-B10 / Ultimate vacuum degree | 6.67×10-3Pa |
| ZKGY-B10 / Pressure rise rate | ＜2Pa/h |
| ZKGY-B10 / Extreme temperature | 1800℃ |
| ZKGY-B10 / Pouring method | flip casting |
| ZKGY-B10 / Temperature measurement method | Thermocouple/Infrared |
| ZKGY-B10 / Feeding method | Feeding barrel/feeding claw/feeding grid |
| ZKGY-B10 / Working method | Semi-continuous |
ZKGY-B25
| ZKGY-B25 / Crucible capacity | 25kg (calculated as Fe) |
|---|---|
| ZKGY-B25 / Ultimate vacuum degree | 6.67×10-3Pa |
| ZKGY-B25 / Pressure rise rate | ＜2Pa/h |
| ZKGY-B25 / Extreme temperature | 1800℃ |
| ZKGY-B25 / Pouring method | flip casting |
| ZKGY-B25 / Temperature measurement method | Thermocouple/Infrared |
| ZKGY-B25 / Feeding method | Feeding barrel/feeding claw/feeding grid |
| ZKGY-B25 / Working method | Semi-continuous |
ZKGY-B50
| ZKGY-B50 / Crucible capacity | 50kg (calculated as Fe) |
|---|---|
| ZKGY-B50 / Ultimate vacuum degree | 6.67×10-3Pa |
| ZKGY-B50 / Pressure rise rate | ＜2Pa/h |
| ZKGY-B50 / Extreme temperature | 1800℃ |
| ZKGY-B50 / Pouring method | flip casting |
| ZKGY-B50 / Temperature measurement method | Thermocouple/Infrared |
| ZKGY-B50 / Feeding method | Feeding barrel/feeding claw/feeding grid |
| ZKGY-B50 / Working method | Semi-continuous |
Specifications may change with configuration and customization. Final data is subject to the confirmed quotation.
Direct technical contact
Product introduction
The equipment uses medium-frequency induction heating to smelt and synthesize the alloy elements in the crucible under vacuum or inert gas protection conditions. After meeting the technical requirements, the molten metal liquid is poured into the prefabricated mold through a tilting mechanism to prepare alloy ingots or castings. It is suitable for the preparation of nickel-based alloys, iron-based alloys, copper-based alloys and other materials.
Product features
- High ultimate vacuum, low pressure rise rate, and high thermal efficiency
- Preparation of alloys with low oxygen increment and good composition uniformity
- With data recording and storage functions, process parameters can be traced
- With interlock alarm function, safe and reliable
Technical parameters
| category | Model | Crucible capacity | Ultimate vacuum degree | Pressure rise rate | extreme temperature | Pouring method | Temperature measurement method | Feeding method | working method |
|---|---|---|---|---|---|---|---|---|---|
| Vacuum induction melting equipment-cyclic type | ZKGY-Z5 | 5kg (calculated as Fe) | 6.67×10-3Pa | ＜2Pa/h | 1800℃ | flip casting | Thermocouple/Infrared | Feeding barrel/feeding claw/feeding grid | periodic |
| Vacuum induction melting equipment-cyclic type | ZKGY-Z10 | 10kg (calculated as Fe) | 6.67×10-3Pa | ＜2Pa/h | 1800℃ | flip casting | Thermocouple/Infrared | Feeding barrel/feeding claw/feeding grid | periodic |
| Vacuum induction melting equipment-cyclic type | ZKGY-Z25 | 25kg (calculated as Fe) | 6.67×10-3Pa | ＜2Pa/h | 1800℃ | flip casting | Thermocouple/Infrared | Feeding barrel/feeding claw/feeding grid | periodic |
| Vacuum induction melting equipment-cyclic type | ZKGY-Z50 | 50kg (calculated as Fe) | 6.67×10-3Pa | ＜2Pa/h | 1800℃ | flip casting | Thermocouple/Infrared | Feeding barrel/feeding claw/feeding grid | periodic |
| Vacuum induction melting equipment-cyclic type | ZKGY-Z100 | 100kg (calculated as Fe) | 6.67×10-3Pa | ＜2Pa/h | 1800℃ | flip casting | Thermocouple/Infrared | Feeding barrel/feeding claw/feeding grid | periodic |
| Vacuum induction melting equipment-cyclic type | ZKGY-Z200 | 200kg (calculated as Fe) | 6.67×10-3Pa | ＜2Pa/h | 1800℃ | flip casting | Thermocouple/Infrared | Feeding barrel/feeding claw/feeding grid | periodic |
| Vacuum induction melting equipment-cyclic type | ZKGY-Z300 | 300kg (calculated as Fe) | 6.67×10-3Pa | ＜2Pa/h | 1800℃ | flip casting | Thermocouple/Infrared | Feeding barrel/feeding claw/feeding grid | periodic |
| Vacuum induction melting equipment-semi-continuous | ZKGY-B10 | 10kg (calculated as Fe) | 6.67×10-3Pa | ＜2Pa/h | 1800℃ | flip casting | Thermocouple/Infrared | Feeding barrel/feeding claw/feeding grid | Semi-continuous |
| Vacuum induction melting equipment-semi-continuous | ZKGY-B25 | 25kg (calculated as Fe) | 6.67×10-3Pa | ＜2Pa/h | 1800℃ | flip casting | Thermocouple/Infrared | Feeding barrel/feeding claw/feeding grid | Semi-continuous |
| Vacuum induction melting equipment-semi-continuous | ZKGY-B50 | 50kg (calculated as Fe) | 6.67×10-3Pa | ＜2Pa/h | 1800℃ | flip casting | Thermocouple/Infrared | Feeding barrel/feeding claw/feeding grid | Semi-continuous |
| Non-standard | Customized services for equipment can be provided according to customer requirements. | ||||||||
Procurement details can be confirmed before ordering.
Confirm requirements
For international buyers, quotation confirmation can include configuration, accessories, packing method, export documents, inspection photos or videos and shipping terms.