HEMO Technology Brand Showcase

technological innovation Focus on creating jewelry-grade and
Ultimate semiconductor material: diamond

Seizing the opportunity presented by the transformation of the global diamond consumption market, the company has continuously invested in research and development resources, improved the level of synthetic technology for lab-grown diamonds, and made continuous breakthroughs in the research and development of lab-grown diamonds towards larger sizes and higher grades. The market prospects are extremely promising.

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AboutHemo

Anhui Hemo Technology Co., Ltd. focuses on trade and services, actively exploring domestic and international markets to provide technical support services and related international bidding businesses. Its operations cover more than 40 countries and regions worldwide, with industries including national defense, military, laser guidance, aerospace, and semiconductors. The company is committed to building core competitive capabilities in marketing, resource integration, and brand construction, establishing a wide international marketing network.

The industrial sector primarily focuses on products such as industrial diamonds, superhard composite materials, graphite products, and specialized diamond heat sinks for semiconductors. These products are exported to over 40 countries including Europe, America, Japan, Korea, and India, ranking among the top globally in terms of production and sales scale as well as market share. The consumer sector has achieved mass production of gem-quality lab-grown diamonds, breaking the overseas raw material monopoly. Our company was the first to introduce the concept of life diamonds, leading the global lab-grown diamond industry. Simultaneously, we are advancing the high-tech functional applications of diamonds, rigorously controlling quality throughout the entire chain, and leading the industry development on both tracks.

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HEMO Technology

40 Countries

Distribution

Market Applications

Semiconductor Diamonds

Semiconductor Diamonds

Ultra-high thermal conductivity diamonds have characteristics such as high mechanical strength, good insulation, low dielectric constant, and light weight. At room temperature, their thermal conductivity is more than 5 times that of copper, allowing semiconductor devices to achieve higher power density and improve reliability in smaller spaces, making them the best thermal management materials for high heat flux density devices.

HotProducts

Life Diamonds

Life Diamonds

  • Eternal Memorial
  • Transform hair, ashes, and other materials into diamonds for eternal remembrance. Customize diamond size, color, cut shape, and laser engraving based on your specific needs.
Gem-quality Diamonds

Diamond Rings

Gem-quality cultivated diamond engagement rings, 14K/18K gold/platinum settings, multiple cuts available with certificates. Ideal for proposals and weddings, factory wholesale, and custom manufacturing.

Industrial-grade Diamonds

Diamond Pendants

Engagement, wedding bands, anniversary gifts, daily luxury wear, and high-end jewelry store retail are all suitable.

Gem-quality Diamonds

Diamond Earrings

Suitable for daily wear, birthday gifts, anniversary gifts, jewelry store retail, and wedding accessory jewelry. Support personalized customization of diamond carat size, metal color, size, and exclusive patterns; all finished earrings undergo multiple quality inspections for allergy resistance, fade resistance, and durability, ensuring they retain their luster even after long-term wear.

NewsInformation

The development prospects of the lab-grown diamond industry are vast

The development prospects of the lab-grown diamond industry are vast

Cultured diamonds refer to diamonds that are generated and manufactured using artificial methods, simulating the crystallization characteristics of natural diamonds, and they are essentially identical in nature to natural diamonds. In recent years, international jewelry giants such as De Beers, Swarovski, and Pandora have successively launched a series of cultured diamond products

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What is diamond

What is diamond

When it comes to minerals, diamond is definitely the one to mention. It is the hardest stone in the mineral kingdom, suitable for fine grinding, high-hardness cutting materials, drill bits, and more. Diamond is also used in the components of many precision instruments. There are various colors of diamond, ranging from colorless, white to even black.

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The history of diamond discovery

The history of diamond discovery

The country that discovered diamonds earlier is India. Over 2800 years ago, diamonds were extensively mined in the Krishna River, Penna River, and its tributary areas in the Andhra Pradesh region (now part of India). Before the mid-18th century, Golconda was the world's largest supplier of diamonds

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Optical properties of diamond

Optical properties of diamond

Diamonds with pure colors are colorless and transparent, but they are relatively rare. Most diamond crystals exhibit various colors, with yellow, light yellow, green, light green, brown, and light brown being the most common, followed by orange, black, etc. Red and blue diamonds are relatively rare.

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Chemical properties of diamond

Chemical properties of diamond

Diamond exhibits stable chemical properties and can withstand non-oxidizing acids across various temperatures, yet it is vulnerable to strong alkalis, oxyacids, and molten metals. For instance, when the {111} facet of diamond is corroded by strong oxidizers such as potassium perchlorate (KCIO) and sodium perchlorate (NaCIO) at 380℃ for 181 hours, the facet

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DevelopmentHistory

  1. Feng Canjun at the National Composite Materials Research Center of the Beijing Nonferrous Metals Research Institute, engaged in scientific research and development of aeronautical and aerospace materials and non-ferrous metal alloys.

  2. Joined Jiaozuo Dasyuan Powdered Materials Co., Ltd. as Chief Engineer.

  3. Started research and development of single crystals at the School of Materials Science and Engineering, Henan Polytechnic University.

  4. Appointed as a visiting lecturer at the School of Materials Science and Engineering, Henan Polytechnic University.

  5. Appointed as General Manager of Zhengzhou JiaruiFu New Materials Technology Co., Ltd.

  6. Founded Zhengzhou Xinjiahui New Materials Technology Co., Ltd.

  7. Founded Semiconductor Co., Ltd. (Henan) HighChipset.

  8. Authorized Anhui HEMO Technology Co., Ltd. to enter the global strategy.