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New material High purity metal material is the foundation of modern high technology development.

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High purity metal materials help the development of high and new technologies
High purity metal materials are the comprehensive product of modern high-tech development, and it is an important index to measure the development level of high-tech in a country or region. Improving the purity of metal materials to obtain new properties has become an important direction for the development of the modern materials industry. High purity metal material is the foundation of modern high technology development.

High purity, ultra-high purity metal functional materials and functional alloys, in aerospace and navigation, nuclear physics, biological engineering, microelectronics, communication, remote sensing, remote control, microwave, optoelectronics, photoelectric conversion, thermoelectric conversion, photosensitive, pressure sensitive, thermal sensitive, gas sensitive, voice control, patch, liquid crystal display, oscillography, refrigeration, solar cells, superconductivity, ultra-low temperature cooling, maglev, electronic devices, optical devices, Program control, speed control, computer, photocopier, laser, ultrasonic plasma technology, optical fiber and other fields have a wide range of applications. This field has broad market prospects and belongs to an emerging industry, which is widely distributed in the world's technologically developed countries.

  • Shandong Humon Smelting Co., Ltd.
    Wide range of application areas
  • Shandong Humon Smelting Co., Ltd.
    Number of market prospects attributes
  • Shandong Humon Smelting Co., Ltd.
    Global technology layout
Shandong Humon Smelting Co., Ltd.
Shandong Humon Smelting Co., Ltd.
Humon high purity new material industrialization promotion
Shandong Humon Smelting Co., Ltd.
Results

Yantai Humon High Purity New Material Co., Ltd. was established in 2018. Relying on Hengbang's existing metal arsenic, bismuth ingots, te ingots, antimony ingots, selenium ingots and other products, combined with domestic and international needs, fully involved in the research and development and production of high-purity metals, high-purity compounds, high-purity alloys, etc.

The research and development and industrialization project of high-purity new materials has a total investment of 336 million yuan, covering an area of about 80 mu. It will start in March 2020, and complete the research and development and industrialization of high-purity arsenic products by the end of 2020. In addition to a set of demonstration production lines with an annual output of 10 tons of high-purity arsenic, in November 2022, The construction and industrialization of 50t/a high-purity arsenic production line and high-purity tellurium and selenium research and development production line in the second phase of the project have also been completed.

Display of Products

Established in 2018, Humon's high-purity new material R&D team is committed to the R&D and industrialization of high-purity metal and high-purity compound semiconductors and infrared optical materials. Adhering to the unremitting pursuit of advanced optical materials, the R&D team has finally made innovative breakthroughs in the field of optical materials preparation and realized the transformation of scientific research achievements after two years. In July 2020, the company successfully developed and produced 206 grade cholic glass. Up to now, the company has developed and industrialized 201-209 grade chedulide glass, and has carried out follow-up precision molding, ball milling edge grinding and other cold processing technology production of chedulide glass; Production and sale of φ10-250mm blank lens and germanium glass, successfully used in infrared laser, imaging, detection materials, security, vehicle, medical and other fields.

High purity arsenic (As 6N-7N)
Product use:
It is mainly used for the preparation of gallium arsenide, indium arsenide and other semiconductor materials and semiconductor dopants, and is the raw material for the preparation of infrared optical glass.
High purity arsenic (As 6N-7N)
High purity selenium (Se 5N-6N)
Product use:
Mainly used in the manufacture of photocells, photosensors, laser devices, infrared controllers, photocells, photoresistors, optical instruments, photometers, rectifiers, etc.
High purity selenium (Se 5N-6N)
High purity tellurium (Te 6N-7N)
Product use:
It is mainly used in the manufacture of cadmium telluride photovoltaic glass, light emitting diode, infrared detector, etc., as semiconductor dopant.
High purity tellurium (Te 6N-7N)
High purity cadmium (Cd 6N-7N)
Product use:
It is mainly used for the preparation of cadmium telluride photovoltaic glass, semiconductor devices, optoelectronic devices and other compound semiconductors.
High purity cadmium (Cd 6N-7N)
High purity zinc (Zn 5N-7N)
Product use:
It is mainly used in mechanical manufacturing, electronic printing, high-performance zinc alloy, high-end hot-dip galvanized products and electronic devices.
High purity zinc (Zn 5N-7N)
Chine glass (Grade HBL201~HBL207)
Product use:
It is mainly used in military and civilian infrared optical systems and is regarded as the core lens material of a new generation of temperature adaptive infrared optical systems.
Chine glass (Grade HBL201~HBL207)
High purity antimony (Sb 6N-7N)
Product use:
It is mainly used to prepare gallium antimonide, indium antimonide and other semiconductor materials and as semiconductor dopant.
High purity antimony (Sb 6N-7N)
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