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詳細情報 |
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| 耐薬品性: | ほとんどの酸やアルカリに耐性がある | 製品名: | タングメンカービッド加工 |
|---|---|---|---|
| 穴サイズ: | 1.6 内穴 | 特徴: | 優れた 耐磨 耐腐蝕性 |
| 融点: | 2870°C | 粒度: | サブミクロン~数ミクロン |
| 曲げ強度: | 2,000 MPa | 業種: | メーカー |
| 精度: | 0.001~0.01mm | 抗張力: | 1400MPaまで |
| 特徴: | 耐摩耗性 | 化学的惰性: | 高い |
| ハイライト: | Non-Magnetic Alloy Mold Insert,87.5 HRA Hardness Injection Mold Core,Precision 0.001mm Tungsten Carbide Mold Core |
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製品の説明
| Parameter | Specification / Capability |
|---|---|
| Core Material | Non-Magnetic Hard Alloy (WC-Ni based or equivalent) |
| Hardness | 87.5 HRA (Guaranteed, with tight batch-to-batch consistency) |
| Magnetic Permeability (µ) | < 1.002 (Certifiable per batch) |
| Key Tolerances | Core Dimensions: ±0.005mm (Standard), ±0.002mm (Precision) Cavity Profile: As per customer drawing, achievable to ±0.003mm |
| Surface Finish | Standard: Ra 0.4 µm | High-Grade: Ra 0.1 µm or better (Optical Polish) |
| Standard Applications | Micro-gears, sensor housings, connector components, medical device parts, optical lens mounts |
| Industry | Problem Solved by Our MV Insert | vs. Traditional Steel Insert |
|---|---|---|
| Medical Device Molding | Eliminates risk of magnetic contamination in implantable or MRI-compatible part molds. Offers 3-5x longer life molding abrasive bio-polymers. | Potential for trace magnetism; requires frequent polishing/replacement. |
| Precision Electronics & Connectors | Exceptional wear resistance maintains critical pin alignment and contact cavity dimensions over millions of cycles. Non-magnetic ensures no interference with final component function. | Dimensional wear leads to increased scrap rates. Possible residual magnetism in sensitive components. |
| Optical & Consumer Electronics | Capable of ultra-high polish (Ra <0.1µm) for glossy finishes. Hardness prevents scratches and wear from glass-filled plastics. | Polish degrades faster; surface defects can appear over production runs. |
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