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Come and meet us at Booth A3 Hall 231A In Analytica 2026 Exhibition | INNOVACERA

Analytica 2026 officially opened in Munich, Germany on March 24th. As an exhibitor in the fields of laboratory technology, analysis testing

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High Purity 99% Alumina Ceramic Tubes

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Innovacera is on attending the foreign exhibition

Innovacera a leading supplier of advanced ceramic components and solutions for the semiconductor and electronics industry, is excited to announce its participation in a foreign exhibition, one of the important events in the semiconductor and microelectronics industry.  

  Innovacera is showcasing its latest advancements in technical ceramic solutions in the semiconductor industry. Attendees can visit us at Booth 3928, where we are presenting:   - Ceramic to Metal Sealing Product: Including the metalized ceramics, AMB, DPC, and DBC substrates which are widely used for electrical packaging processes, high-power semiconductor packaging, semiconductor cooling, and UPS uninterruptible power supply, photovoltaics, high-speed railway, new energy vehicle, high voltage network, and communication.   - Boron Nitride components: essential for various high-tech applications, including electrode insulation for vacuum high-temperature equipment, PVD/CVD vacuum coating equipment insulation accessories, ion coating machines, sputtering coating, semiconductor MOCVD equipment for insulation and heat dissipation, ion implanter insulation accessories, PBN VGF crucibles, LEC crucibles, MBE crucibles, and PBN ceramic boats. These BN ceramics offer significant advantages such as high-temperature resistance up to 2000℃, thermal shock resistance, high electrical breakdown strength (3-4 times that of alumina), and superior carbon atmosphere corrosion resistance compared to alumina. Additionally, they exhibit large resistance, high-temperature resistance, high electrical breakdown resistance, no pollution, corrosion resistance, and machinability, making them ideal for demanding industrial environments.   - High Purity Alumina Ceramic Part: Such as alumina polishing plates and turn tables which are polished surfaces and high precision flatness, high rigidity, high chemical durability, and ultra-large size are some of our advantages.

INNOVACERA ATTEND THE SEMICON SEA 2024 EXHIBITION Engineered technical ceramics are widely used in the semiconductor manufacturing process due to their high-temperature stability, electrical insulation, corrosion resistance, and excellent mechanical properties. INNOVACERA ultra-pure ceramics are used in the whole-cycle semiconductor manufacturing process including wafer manufacturing, device manufacturing, and packaging.   As the semiconductor industry continues to evolve rapidly, the exhibition provides an essential chance for industry stakeholders to stay ahead of technological advancements and market trends. Whether you're an industry veteran or a newcomer, the event offers unparalleled opportunities to gain insights, network with peers, and explore the future of the semiconductor landscape. This event is essential for driving the growth and development of the semiconductor ecosystem.   For more information about Innovacera products and exhibitions arranged, welcome to contact us at [email protected]. Read the full article

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The History of Technical Ceramics

The story of advanced ceramics is an interesting story of how the creation of technical ceramics and the discovery of the potential for various uses of technical ceramics can influence the development of many different industries that use advanced ceramics in their everyday operations. What’s more, it is an account of how further refinement of a certain material can lead to technical ceramics being used for numerous interesting and unusual purposes. So, let’s see about the beginning of advanced ceramics and witness how long technical ceramics manufacturers have come from the early days. What is the history of technical ceramics? The history of technical ceramics can be divided into three distinct periods, and it all begins with earthenware. It was several thousand years ago that humans first learned to make earthenware vessels through kneading and forming clay. However, the first major breakthroughs concerning ceramics were made in China. Ceramics in China It was in China that the first advancements in working with ceramics were made, as well as the various uses for earthenware porcelian and vessels. For example, the method called "Chaishao", where clay vessels were fired at temperatures that ranged from 1,000 to 1,400℃ while surrounded by piles of wood was invented in China. Electrical technology The invention of the electric light bulb by Thomas Edison, as well as the invention of the telephone by Alexander Graham Bell, noted the beginning of a new era – the era of electricity. Up to that point, ceramics were only used as vessels. However, ceramics would get a completely new role. Their insulative capabilities made them a far better alternative to paper or wood, as well as the fact that they were far less affected by environmental factors such as humidity and temperature. This made ceramics extremely reliable. Since then, ceramics became widespread as insulators in many different areas, from household products to power lines, and it is technician ceramics that allowed people to easily use electricity. Electro-ceramics The inventions of the radio, the television, as well as the transistor in the 20th century marked the beginning of electronics. This entire era relied on technical ceramics from the very beginning and the vacuum tubes that employed ceramic materials. Since then, technical ceramics have been used in many different ways in the electronics industry, the two most notable being: Wireless equipment – Only technical ceramics are able to provide high-signal output due to their properties. Semiconductors – The core component of electronics, semiconductors would not be possible without technical ceramics. Technical ceramics have also managed to reduce the size of inductors and capacitors. What’s more, technical ceramics are constantly evolving, and can now even boast incredible magnetic and dielectric properties. It is this possibility for improvement that makes technical ceramics one of the most versatile and future-proof materials today. Who is the leading technical ceramics manufacturer in the China? At Innovacera, we are familiar with the history of technical ceramics, and we know just how far the entire industry has come since the beginning. We are always looking for ways to advance our manufacturing process and keep in track with all the advancements in the technical ceramics industry. We have more than 25 years of experience in the industry, and we are prepared to design and manufacture advanced ceramics for your needs. Dial 0086-592-5589730 or contact us at [email protected], and let us know what we can do for you and your business. Read the full article

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INNOVACERA’S National Day Holidays

Chinese National Day is celebrated on October 1st every year to commemorate the founding of the People’s Republic of China. October 1st 1949 was the memorial day for the founding of the People’s Republic of China. One thing that should be noted is that the PRC was not founded on that day. Actually the Chinese independence day was September 21st, 1949. The grand ceremony held at Tiananmen Square on October 1st, 1949 was to celebrate the forming of the Central People's Government of the brand new country. Later on October 2nd, 1949, the new government passed the ‘Resolution on the National Day of the People's Republic of China’ and declared October 1 to be the Chinese National Day. Ever since 1950, every October 1st has been grandly celebrated by Chinese people. The 7-day holiday from Oct. 1st to 7th is called 'Golden Week', our office will be closed from Oct. 1st to 7th. During the holidays, please feel free to send your e-mail inquiries to [email protected], we will get back to you once coming back to work. We wish you a peaceful and happy holiday! The INNOVACERA Team Read the full article

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How to make boron nitride ceramic part

When we make boron nitride ceramic part, generally we make big billet, our billet max size is 420 * 430 * 220 mm, and then machine it as other small part or customized shape part. In the producing process, we separated powder with graphite mould by graphite paper to make sure there is no reaction between them. Boron Nitride is easy to machine it, so we can machine it by common tool and we machine it without water or other liquid. We also have precision CNC engraving and milling machine to make high precision part. Generally the best tolerance we make is +/-0.03 mm (small part) or +/-0.05 mm for bigger part. Our BN part Produce process is as belows: Powder granulation - Put Powder in the graphite mould--Prepare Dry - Hot Press with sintering-Machine. In the sintering process, the product is Sintering together with hot pressing. Our sintering furnace is pressing is from both the top an bottom that can make the product is more dense and uniform to make sure the quality, some other factory sintering furnace is just pressing from one side only. Our factory total have 9 sets sintering furnace and it was designed by our own engineer who are from the famous university. Our 99% BN ceramic part sintering temperature is 2000℃ and the compound boron nitride sintering temperature is 1850℃。 Innovacera boron nitride part such as ceramic insulator part for furnaces, ceramic crucibles and boats for molten melting, nozzles for powder metal gas atomization and amorphous strips are hot sales products. If you need any customized boron nitride part, welcome to contact us at [email protected].

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INNOVACERA® Hot Press Boron Nitride Rod Ø 20 mm

INNOVACERA® Hot Press Boron Nitride Rod Diameter 20 mm, 3 length in stock (1 mm, 25 mm, 100 mm), custom length is available. White in color. Hexagonal Boron Nitride has a microstructure similar to that of Graphite. In both materials this structure, made up of layers of tiny platelets, is responsible for excellent machinability and low-friction properties. Read the full article

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INNOVACERA® Hot Press Boron Nitride Rod Ø 15 mm

INNOVACERA® Hot Press Boron Nitride Rod Diameter 15 mm, two length in stock (25 mm, 100 mm), custom length is available. White in color. Hexagonal Boron Nitride has a microstructure similar to that of Graphite. In both materials this structure, made up of layers of tiny platelets, is responsible for excellent machinability and low-friction properties.  #BoronNitrideRod #HotPressBoronNitrideRod #innovacera Read the full article