Quisque lalee est ficti et firmamentum structuram, potest impedimentis temperaturis dum tutum et efficiens metallum onerariam. In lateque oris diametros et corpus excelsam ensures compatibility cum variis effusione processibus, faciens haec litles specimen pro applications in ferro mola, foundries, et metallum fabricandam.
Key Features:
- Capacitas Options:0,3 tons ad XXX tons, offering flexibilitate pro diversis productio squamis.
- Robust constructione:Disposito ad sustinere summus temperatus environments, cursus diu term diuturnitatem.
- Optimized dimensiones:Ladles pluma vario ore diametri et iuga ad accommodare diversis operational requisita.
- Efficiens pertractatio:In pacto externa dimensiones ensure otium operandi et maneuverability, etiam in limitata spatia.
Applications:
- Metallum casting
- Steel liquescens operationes
- Non-ferrea metallum effundere
- Foundry Industries
Customization available:Nam specifica operational necessitatibus, customized cogitationes et dimensiones sunt available. Utrum vos requirere diversis magnitudinum, tractantem machinationes, aut additional features, nostra ipsum quadrigis est paratus ut adiuvaret in tradendo a tailored solution.
Hoc ludum series est idealis electionis pro customers vultus ad altum efficientiam, operational salutem, et flexibilitate in fusilia metallum tractantem processus.
| Facultatem (T) | Os diameter (mm) | Corpus altitudinis (mm) | Altiore Dimensiones (L × × h) (mm) |
| 0,3 | DL | DCCXXXV | MC × DCCXC × MDV |
| 0,5 | DCXXX | DCCCXXX | MCLXXX × DCCCLXX × MDCLX |
| 0.6 | DCLX | DCCCLXX | MCCX × CM × MDCLXXV |
| 0,75 | DCCV | CMXV | MCCLX × CMXLV × MDCCCXXXV |
| 0,8 | DCCXX | CMXXXV | MCCCL × CMLX × MDCCCXC |
| 1 | DCCXC | CMXCV | MCDXX × MXXX × MMX |
| 1.2 | DCCCXXX | MXL | MCDLX × MLXX × MMXXX |
| 1.5 | DCCCLXV | MCV | MCDXC × MCV × MMCD |
| 2 | CMXLV | MCCXX | MDLXX × MCCL × MMCCX |
| 2.5 | CMXCV | MCCLXXXV | MDCXXX × MCCXCV × MMCCCLX |
| 3 | MLX | MCCCL | × × × MDCCCXXX × MMDXCV |
| 3.5 | MC | MCD | MDCCCLXX × MCD × MMDCCCXV |
| 4 | MCXL | MCDL | MCML × MCDXL × MMDXX |
| 4.5 | MCLXX | MD | MCMLXXX × MCDLXX × MMDCXL |
| 5 | MCCXXX | MDLX | MMXL × MDXXX × MMDCCCXL |
| 6 | MCCC | MDCXXV | MMCXL × MDC × MMMCCXXXV |
| 7 | MCCCL | MDCXC | MMCXC × MDL × MMMCCLXV |
| 8 | MCD | MDCCL | MMCCCLXXX × MDCC × MMMCCXC |
| 10 | MDX | MDCCCXC | MMCDLXXXV × MDCCCX × MMMDXLV |
| 12 | MDC | MCMXX | MMDLXXV × MCM × MMMDLXXV |
| 13 | MDCXXXV | MCMLX | MMCMLV × MMXV × MMMDCCL |
| 15 | MDCC | MMLXXX | MMMXX × MMLXXX × (IV) X |
| 16 | MDCCLX | MMCXX | MMMLXXXV × MMCXL × (IV) XXX |
| 18 | MDCCCXXX | MMCCLV | MMMCL × MMCCX × (IV) CCCXL |
| 20 | MCMXX | MMCCCX | MMMCCXL × MMCCCXX × (IV) CCCLXV |
| 25 | MMXXXV | MMCDLXX | MMMDCC × MMDXXX × (IV) DCCC |
| 30 | MMCLXX | MMDCXXX | MMMDCCCXXX × MMDCLXV × (V) CLXX |
