性能:
我单位生产制备的高纯度Al2O3氧化铝多晶胚料为射频等离子体熔铸法。本产品成无色半透明状,结晶度好,纯度达99.999%,可作为LED蓝宝石行业长晶专用高纯原料。
Performance:
Our company's high-purity Al2O3 alumina polycrystalline blank is produced and prepared by RF plasma melting and casting method. This product is colorless and translucent, with good crystallinity and purity of 99.999%. It can be used as high-purity raw material for long crystal in LED sapphire industry.
指标:
纯度(%): ≥99.999
密度(g/cm3): ≥3.8
Indicators:
Purity (%): ≥ 99.999
Density (g / cm3): ≥ 3.8
Impurity content (PPM):
淄博高新区中乌等离子技术研究院,是响应“一带一路”倡议与乌克兰高校科研院所合作共建的实体性研究机构。下设中外合资企业“山东巴顿科尼等离子科技有限公司”和机构“中国-乌克兰技术推广与设备生产中心”。
CHINESE-UKRAINIAN INSTITUTE OF PLASMA TECHNOLOGIES OF ZIBO HIGH-TECH ZONE is a substantive research institution jointly established with Ukrainian universities and research institutes in response to the "Belt and Road" Initiative. Under the joint venture "SHANDONG E.O.PATON-KNC PLASMA TECHNOLOGY CO., LTD" and the organization "China-Ukraine Technology Promotion and Equipment Production Center".
射频等离子体粉末球化技术是一种现代工业技术,可广泛涵盖标准产品线,具有广泛的前景应用。与其他方法相比,该技术大大提高了热处理的效率,例如在炉中烧结、电弧等离子体等,并且可以生产其他传统方法难以或甚至不可能获得的材料。特别是,该方法可获得不同性质的球形粉末,并合成具有各种结构特征和性质的单组分和多组分的亚微晶粉末。
Rf plasma powder spheroidization is a modern industrial technology, which can be widely used in standard product lines. Compared with other methods, this technology greatly improves the efficiency of heat treatment, such as sintering in furnace, arc plasma, etc., and can produce materials that are difficult or even impossible to obtain by other traditional methods. In particular, spherical powders with different properties can be obtained by this method, and single component and multi-component submicrocrystalline powders with various structural characteristics and properties can be synthesized.
射频等离子体粉末球化技术具有无可争议的优势,可用于工业批量生产,也可用于科研院所的研究。我们的专家在该领域拥有丰富的经验,可以满足从实验室规模到全面工业实施的需求。
Rf plasma powder spheroidization technology has indisputable advantages, which can be used in industrial mass production and scientific research institutes. Our experts have extensive experience in this field and can meet the needs from laboratory scale to full industrial implementation.