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Yixia

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yixia.com

Founded Year

2011

Stage

Series E | Alive

Total Raised

$775M

Valuation

$0000 

Last Raised

$500M | 6 yrs ago

About Yixia

Yixia is a mobile video tech company that has developed Miaopai (秒拍), a short video app that is embedded in Sina Weibo 4.0 version. Users can shoot up to ten seconds of video, and then edit or add frames to the video before sharing to friends. In addition, Miaopai ensures real-time syncing to Sina Weibo with a delay of less than two seconds. Vitamio, a video broadcasting platform developed by the company, provides video technical supports to mobile apps and individual developers.

Headquarters Location

31st Floor, Block A, Puxiang Center, Hongtai East Street, Wangjing Technology Park Chaoyang District

Beijing, Beijing,

China

86-10-64828268

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Research containing Yixia

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CB Insights Intelligence Analysts have mentioned Yixia in 1 CB Insights research brief, most recently on Jul 6, 2022.

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Yixia is included in 1 Expert Collection, including Unicorns- Billion Dollar Startups.

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Latest Yixia News

Green cement a step closer to being a game-changer for construction emissions

Nov 19, 2019

by Yixia (Sarah) Zhang, Khin Soe and Yingying Guo, The Conversation Concrete is the most widely used man-made material , commonly used in buildings, roads, bridges and industrial plants. But producing the Portland cement needed to make concrete accounts for 5-8% of all global greenhouse emissions . There is a more environmentally friendly cement known as MOC (magnesium oxychloride cement), but its poor water resistance has limited its use—until now. We have developed a water-resistant MOC, a "green" cement that could go a long way to cutting the construction industry's emissions and making it more sustainable . Producing a tonne of conventional cement in Australia emits about 0.82 tonnes of carbon dioxide (CO2). Because most of the CO2 is released as a result of the chemical reaction that produces cement, emissions aren't easily reduced . In contrast, MOC is a different form of cement that is carbon-neutral. What exactly is MOC? MOC is produced by mixing two main ingredients, magnesium oxide (MgO) powder and a concentrated solution of magnesium chloride (MgCl2). These are byproducts from magnesium mining. Many countries, including China and Australia, have plenty of magnesite resources, as well as seawater, from which both MgO and MgCl2 could be obtained. MOC also has many superior material properties compared to conventional cement. Compressive strength (capacity to resist compression) is the most important material property for cementitious construction materials such as cement. MOC has a much higher compressive strength than conventional cement and this impressive strength can be achieved very fast. The fast setting of MOC and early strength gain are very advantageous for construction. Although MOC has plenty of merits, it has until now had poor water resistance. Prolonged contact with water or moisture severely degrades its strength. This critical weakness has restricted its use to indoor applications such as floor tiles, decoration panels, sound and thermal insulation boards. How was water-resistance developed? A team of researchers, led by Yixia (Sarah) Zhang, has been working to develop a water-resistant MOC since 2017 (when she was at UNSW Canberra). To improve water resistance, the team added industrial byproducts such as fly ash and silica fume to the MOC, as well as chemical additives. Fly ash is a byproduct from the coal industry—there's plenty of it in Australia. Adding fly ash significantly improved the water resistance of MOC. Flexural strength (capacity to resist bending) was fully retained after soaking in water for 28 days. To further retain the compressive strength under water attack, the team added silica fume. Silica fume is a byproduct from producing silicon metal or ferrosilicon alloys. When fly ash and silica fume were combined with MOC paste (15% of each additive), full compressive strength was retained in water for 28 days. Magnesium oxide (MgO) powder (left) and a solution of magnesium chloride (MgCl₂) are mixed to produce magnesium oxychloride cement (MOC). Author provided Both the fly ash and silica fume have a similar effect of filling the pore structure in MOC, making the cement denser. The reactions with the MOC matrix form a gel-like phase, which contributes to water repellence. The extremely fine particles , large surface area and high reactive silica (SiO2) content of silica fume make it an effective binding substance known as a pozzolan . This helps give the concrete high strength and durability. Although the MOC developed so far had excellent resistance to water at room temperature, it weakened fast when soaked in warm water. The team worked to overcome this by using inorganic and organic chemical additives. Adding phosphoric acid and soluble phosphates greatly improved warm water resistance. Over three years, the team has made a breakthrough in developing MOC as a green cement. The strength of concrete is rated using megapascals ( MPa ). The MOC achieved a compressive strength of 110 MPa and flexural strength of 17 MPa. These values are a few times greater than those of conventional cement . The MOC can fully retain these strengths after being soaked in water for 28 days at room temperatures. Even in hot water (60˚C), the MOC can retain up to 90% of its compressive and flexural strength after 28 days. The values remain as high as 100 MPa and 15 MPa respectively—still much greater than for conventional cement. Scanning electron microscope images of MOC showing the needle-like phases of the binding mechanism. Author provided Examples of building products made using MOC. Author provided Will MOC replace conventional cement? So could MOC replace conventional cement some day? It seems very promising. More research is needed to demonstrate the practicability of uses of this green and high-performance cement in, for example, concrete. When concrete is the main structural component, steel reinforcement has to be used. Corrosion of steel in MOC is a critical issue and a big hurdle to jump. The research team has already started to work on this issue. If this problem can be solved, MOC can be a game-changer for the construction industry. Explore further

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Yixia Frequently Asked Questions (FAQ)

  • When was Yixia founded?

    Yixia was founded in 2011.

  • Where is Yixia's headquarters?

    Yixia's headquarters is located at 31st Floor, Block A, Puxiang Center, Hongtai East Street, Wangjing Technology Park, Beijing.

  • What is Yixia's latest funding round?

    Yixia's latest funding round is Series E.

  • How much did Yixia raise?

    Yixia raised a total of $775M.

  • Who are the investors of Yixia?

    Investors of Yixia include Sina Weibo, Shanghai Media Group, Sequoia Capital China, YG Entertainment, Redpoint Ventures China and 7 more.

  • Who are Yixia's competitors?

    Competitors of Yixia include Vine.

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