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Szczegóły Produktu:
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| Miejsce pochodzenia: | Chiny |
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| Nazwa handlowa: | Sanxin |
| Orzecznictwo: | ISO |
| Numer modelu: | SX1300 |
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Zapłata:
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| Minimalne zamówienie: | 2 |
| Czas dostawy: | 5-30 dni |
| Zasady płatności: | T/T, L/C, Western Union |
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Szczegóły informacji |
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| Wysoka twardość: | HRA92 | Kategorie: | Przetwarzanie węglika wolframu |
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| Opcje dostosowywania: | Dostępne niestandardowe kształty, rozmiary i gatunki | Obojętność chemiczna: | Wysoki |
| Moduł sprężystości: | 530 - 700 GPa | Tolerancja: | ± 0,001 mm |
| Praca: | OEM i ODM | Przetwarzanie węglika: | Wysoka trwałość |
| Wytrzymałość na ściskanie: | ≥ 5000 MPa | Typ biznesowy: | Producent |
opis produktu
Our Non-Magnetic Tungsten Carbide Precision Hole Bases are engineered to serve as the ideal foundation for demanding applications. Manufactured from specialized WC-Ni (Tungsten Carbide-Nickel) alloy, these precision components deliver the essential combination of absolute magnetic neutrality, exceptional dimensional stability, and superior wear resistance for applications where standard steel or cobalt-bonded carbide cannot be used.
| Property | Typical Value | Benefit |
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| Hardness | 90 - 92 HRA | Resists wear and deformation over millions of cycles |
| Density | 14.8 - 15.0 g/cm³ | High rigidity, excellent vibration damping |
| Thermal Expansion | 5.5 × 10⁻⁶ /K | Maintains precision across temperature variations |
| Compressive Strength | > 4000 MPa | Withstands high clamping forces without deformation |
Our manufacturing capabilities achieve exceptional accuracy for critical hole features:
| Industry | Application | Why Choose Our Hole Base |
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| Semiconductor Manufacturing | Wafer stage mounting, mask aligner bases, metrology equipment fixtures | Zero magnetic interference with electron beams, wear-free precision over millions of cycles |
| Medical Imaging (MRI) | RF coil mounts, patient positioning system bases | Absolute non-magnetic property ensures image fidelity and patient safety |
| Aerospace & Defense | Guidance system component mounts, inertial navigation bases | Non-magnetic signature, exceptional stability under vibration and temperature variation |
| Precision Metrology | CMM fixture bases, laser interferometer mounts | Thermal stability maintains calibration accuracy |
| Scientific Research | Electron microscope stages, particle detector mounts | No magnetic field distortion, ultra-high vacuum compatible |
| Automated Assembly | Precision fixture bases, robotic end-effector mounts | Long-term accuracy without wear-induced drift |
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