INNOVACERA | technical ceramic solutions

Source: https://www.innovacera.com/news/new-developed-ain-heaters.html The special heaters of Innovacera are flexible in design and can meet different applications requiring different construction methods. This flexibility allows the heater to be configured to a variety of shapes and sizes depending on the application. We have developed AIN heaters which are using highly heat-conductive AIN, these heaters deliver outstanding temperature consistency through the uniform sintering of resistance-heating elements and significantly reduce metallic contamination and impurities. The advantage of the AIN heaters: 1. Thermal conductivity equivalent to aluminium for fast and uniform thermal response 2. Watt density higher than any metal or ceramic heater technology for concentrated heat in a small area 3. Integrated RTD sensor for optimum heater temperature control 4. Dielectric strength eliminates the need for magnesium oxide insulation(MgO) layer used in metal heaters 5. Heater temperature up

Source: https://www.innovacera.com/news/silicon-nitride-telemetry-tooling.html Silicon Nitride Telemetry Tooling is used in downhole logging operations. Why use Silicon nitride ceramic? 1. High dielectric strength and nonmagnetic properties; 2. Light weight and high strength, fracture toughness 3. high thermal shock resistance and low coefficient of thermal expansion which helps withstand the extreme temperatures 4. Resistance to wear and corrosion chemicals The above-mentioned special properties allow Silicon Nitride Telemetry Tooling to go deep into the ground in a complex environment containing oil and natural gas together with measuring equipment. And It is an ideal material for extending the life of components in petroleum exploration and mining operations.

Source: https://www.innovacera.com/news/bn-insulators.html With properties of high dielectric strength and high chemical inertness, Boron Nitride is uniquely qualified for a variety of shielding and insulating components in a harsh and high-temperature environment, such as PVD, CVD and plasma. Boron Nitride parts such as insulating rails, protective tubes, target frames, shields and liners ensure that the PVD arc remains constrained towards the target, preventing equipment damage. Boron Nitride is commonly used as an alternative for pyrolytic Boron Nitride in these applications.

Source: https://www.innovacera.com/news/ceramics-and-metals-to-achieve.html Ceramics are often referred to as inorganic non-metallic materials. It can be seen that people directly position ceramics on the opposite side of metal. After all, the performance of the two is worlds apart. But the advantages of the two are too prominent, so in many cases, it is necessary to combine ceramics and metals, each showing their strengths, so the technology-ceramic metalization technology was born. Especially with the advent of the 5G era, the power of semiconductor chips continues to increase. The development trend of lightness and high integration is becoming more and more obvious, and the importance of heat dissipation is also becoming more and more prominent. This undoubtedly puts more stringent requirements on package heat dissipation materials. In the packaging structure of power electronic components, the packaging substrate serves as a key link for connecting the upper and lower parts

Source: https://www.innovacera.com/news/high-pressure-ceramic-piston-plunger.html Ceramic Piston Plunger Fits General Pump and Interpump. The Ceramic Plungers are mostly made of alumina (Al2O3) or zirconia (ZrO2) ceramics which have superior wear resistance, corrosion resistance, high-temperature resistance and impact resistance properties etc. When using ceramic plungers instead of tungsten carbide you get longer life on HP-seals and the plunger itself. And a high surface finish will increase the wear life of parts, allowing for lower replacement costs and better performance. INNOVACERA decades of experience in tight tolerances and high surface finishes have helped us build relationships.

Source: https://www.innovacera.com/news/alumina-is-harder-than-zirconia-so-it-must-be-more-wear-resistant.html Although it’s commonly accepted that hardness equates with wear resistance, it’s not always the case. In sliding wear environments, hard counter faces that do not interact with each other are an advantage. The engineering grades of Alumina are typically 25-50% harder than zirconia grade so in sliding wear environments or pure abrasive wear, where third body abrasive wear particles are present, alumina often outperforms Zirconia. However, in erosive wear environments such as those caused by an abrasive slurry impacting a wear part such as an oilfield valve, Zirconia can be the best performer as it’s high toughness reduces the spread of impact cracks and the microfracture of the surface which generate erosive wear debris and surface damage. When running an engineering ceramic against a dissimilar material it’s not always the case that the softer material performs poorly. Y-TZP r

Machinable Glass Ceramic has a continuous use temperature of 800ºC and a peak temperature of 1000ºC. Its coefficient of thermal expansion readily matches most metals and sealing glasses. It processes good machinability and can be lathed, milled, planed, ground, bored, incised, and threaded. It also has the advantages of insulation, pore-free, high/low-temperature resistant, acid and alkali resistant, and thermal impact resistant. It is widely used for nuclear, microwave high vacuum insulation, the high precision magnetism-free skeleton for aeronautic and astronautic electrical devices, ultra-high voltage insulation for electric motors, and structural parts at strong erosion environments. In terms of machinability, it can take place of aluminum oxide and boron nitride ceramics that are difficult to machine.

Source: https://www.innovacera.com/news/porous-ceramic-vacuum.html Ceramic Vacuum Chuck is a kind of uniform solid or vacuum body produced by using nano-powder. A large number of connected or closed ceramic materials are generated in the material through high-temperature sintering. The material is Al2O3 or SIC, which is widely used in Semiconductors and electronic devices. In these applications, it can fix semiconductor wafers, glass substrate materials and other working objects by Vacuum Suction. Compared with the characteristics of traditional suction cups for the single specification of workpieces, the regional suction function of Ceramic Vacuum suction cups helps to improve the smoothness of the production line and its performance, also avoid the traditional suction cups on the workpiece (especially the Thin Film material) scratches and suction marks. In addition to being used to adsorb workpieces, Ceramic Vacuum Chucks can also be used in transmission-type air float modules. Even

Source: https://www.innovacera.com/news/ceramic-igniters-for-solid-fuel-furnaces.html Our special application area for the high-temperature heaters is in heating systems that use solid fuels such as wood pellets as the energy source. The challenge here is to ignite the biomass in a very short time while retaining very low emission values. This can only be achieved with a sufficiently high ignition temperature. Our short surface igniters are perfectly suited for this purpose. The special geometry of the cylindrical ceramic heaters, in combination with an extremely high surface temperature of 1000°C, heats up the supply air in the shortest possible time to an extremely high temperature. After a maximum of 90 seconds, the fuel is ignited with a fraction of the energy that is required for a hot air of ignition blower. This works, of course, not only with pellets but also with wood chips, firewood, coal bricks or other solid fuels made of biomass. Further product advantages: Ready assemble

Source: https://www.innovacera.com/news/ceramic-pump-sanitizer.html   Here are Safety instructions of ceramic metering pump for dosing disinfectant and sanitizer in filling machine. The ceramic pump can use hot water, soapy water, alcohol, or other cleaning liquid to clean the internal remnants several times through the reciprocating work of the machine until no residue of the material comes out, then rinse with clean water. Or disassemble it for disinfection. When cleaning the internal parts, do not touch the surface of the parts with sharp tools. After cleaning, wait until the parts are dry before installing. Check if the sealing ring of each part is damaged, if any, replace the new sealing ring; Check if the screws in each part are loose, if any, re-lock. Do not flush the motor with cleaning fluid to prevent damage to the components. Try to avoid being in a state of no material for a long time when using it. It is strictly forbidden to enter hard parts or particles

Source: https://www.innovacera.com/news/fragile-ceramic-parts.html As we all know, advanced ceramics are special material with a variety of physical properties. They as structural ceramics and functional ceramics apply in machinery, electronics, chemical industry, metallurgy, energy, aerospace and many other fields. But ceramics have an obvious disadvantage-fragility. The main reason is that the toughness of most ceramics is low, which leads to an increase in brittleness. There is a ceramic - zirconia with high toughness. It is formed by thousands of unit cells to form crystals. It then undergoes high-temperature phase transformation to form microcrystalline ceramics so that the ceramics have excellent wear resistance and drop resistance and high-temperature resistance. ZrO2 ceramic products are white. When the ceramic contains other impurities, the ceramic is grey or yellow. Commonly used moulding processes are injection and dry press. They are usually made into crucibles, mobile phon

Source: https://www.innovacera.com/news/sic-bulletproof-sheet.html Tag: Bulletproof Sheet, SiC, SiC Parts SiC ceramics have been widely used in petroleum, chemical, microelectronics, automotive, aerospace, aviation, papermaking, laser, mining and atomic energy industries. Silicon carbide ceramics have been widely used in high-temperature bearings, bulletproof plates, nozzles, and high-temperature corrosion resistance. Parts and electronic equipment parts in high temperature and high-frequency range. The advantages of silicon carbide are as follows: Good thermal conductivity. Not affected by corrosion; Will not melt at high temperature, no pollution to the liquid metal; Can be used to melt alloys rich in sodium and strontium; The appearance of the product will not stick to the slag, which is very simple to protect; The product has high hardness and is difficult to break; Cost-effective.

Source: https://www.innovacera.com/news/alumina-ceramic-crucible.html Tag: Alumina Ceramic Crucible, Analysis Crucible, Crucible Innovacera crucible has arc alumina crucible, square alumina crucible, (tubular alumina ceramic crucible), straight (extrusion) tubular crucible, and various shaped alumina ceramic crucibles. They are suitable for various chemistry lab, metal and non-metal sample analysis and melting materials, and various industrial analyses. Various shaped alumina corundum ceramic crucibles can be customized according to user needs. 99 porcelain uses high-quality alumina as its raw material, and its alumina content is generally above 99%. 99 alumina porcelain materials are used to make high-temperature crucibles, refractory furnace tubes, and special wear-resistant materials, such as ceramic bearings, ceramic seals, and water valves, etc. Used as corrosion-resistant and wear-resistant parts. Alumina crucible features: High-purity alumina with alumina content greater than 99

Source: https://www.innovacera.com/news/what-is-alumina-ceramic-membrane.html The ceramic membrane is an asymmetric membrane formed by inorganic ceramic materials prepared by a special process. It is divided into two types: tubular ceramic membrane and flat ceramic membrane. The ceramic membrane has high separation efficiency, good chemical stability, acid and alkali resistance, organic solvent resistance, bacteria resistance, high-temperature resistance, pollution resistance, high mechanical strength, good regeneration performance, simple separation process, low energy consumption, and long service life. Application fields: Food industry Plant (medicine) deep processing Biomedicine Fermentation Fine chemicals Characteristics of ceramic membrane materials: A coating film is required on the surface of the ceramic. The coating film is to apply a filter layer. The material used depends on the pore size，100 nm is 99.995% alpha-alumina, 50-30 nm is 99.99% zirconia, and 10 nm is

Source: https://www.innovacera.com/news/ceramic-cavity-reflectors.html Tags: Ceramic Cavity Reflector, Nd:YAG Lasers The ceramic reflectors used in Nd:YAG lasers are with reflection 97% at wavelength 600-1000nm and 95% reflection at wavelength 400-1200nm. Today let’s talk about the cautions when you use the ceramic reflectors. Do not put high pressure on it during transportation. When the size is not suitable for the pump chamber, don’t put the ceramic reflectors into the chamber by force. Half glazing ceramic reflectors must be sealed with the chamber in order to avoid cooling liquid’s indrawing. Or the reflection may go down quickly. Do not scratch the reflector during assembly and maintenance, or the reflection will go down quickly. Please choose the correct cooling system line & material of equipment in short-wave(eg.755nm) high-temperature system, or the metallic oxide which is dissociated from them will pollute the ceramic reflectors.

Source: https://www.innovacera.com/news/htcc-and-ltcc.html What is HTCC? It means high-temperature co-fired ceramics which is using alumina, AlN and other ceramic material to be sintering with conductor materials (Mo, W, Mo, Mn) under high temperature of 1600°C.  This is first designed by RCA company by the end of the 1950s. Due to the high temperature, it can not use low melting point metal materials like gold, silver and copper, but Mo, W, Mo, Mn.  This material is low conductivity so it will lead to signal delay. So it is not suitable to make high speed or high frequency micro-assembled electric subgrade board. But the advantages of the HTCC are High structural strength, high thermal conductivity, good chemical stability, high wiring density. It has a wide application prospect in high power micro-assembly circuit. How about LTCC? It has a lower sintering temperature lower than 900°C, using AU, Ag, Cu high conductivity low melting point metal materials could be sintering by air. It 

Source: https://www.innovacera.com/news/ceramic-hot-surface-igniters.html INNOVACERA offers ceramic igniters for hot surface ignition systems in heating applications. These high strengths, heat resistant ceramic igniters have become an industry standard in gas heating systems. Their superior materials and rapid heating capabilities provide reliable performance over a long useful life. Applications include: Gas heating systems Ovens/ranges Dryers And more IGNITER PRODUCT FAMILIES INNOVACERA offers two families of ceramic igniters, each offering different ranges of style, durability, and heat up speed to ignition temperatures — all leveraging strong material properties including: Low porosity High operating temperature Corrosion resistant Long lasting Easy to install and retrofit Alumina Igniter INNOVACERA’s alumina igniter can reach a permanent working temperature above 900°C. Since air can through and around inside and outside of the heater tube, heat can be trans

Source: https://www.innovacera.com/news/ceramic-to-metal-seals.html The Ceramic Surfaces for Brazing, the surface must be metallized. Compare to Glass seal, Ceramic seal has exceptional resistance to thermal and mechanical shock as well as corrosion. While it requires more complex manufacturing processes and sophisticated engineering, the price is obviously higher. Advantages of Ceramic-to-Metal Seals  More solid, durable hermetic seal and better electrical insulation Used for more harsh conditions, such as high and low (cryogenic) temperature, corrosive, high pressure, and high vacuum environments High mechanical strength, less fracture when applied to high vibration and high g-load conditions Shows strong bond and an excellent seal with metals and alloys, such as copper and Cu alloys (CuNi) and to nickel and Ni alloys. Besides the above advantages, ceramic-to-metal still has more advantages to be discovered, welcome to consult with us for more details.

Source: https://www.innovacera.com/news/aluminium-nitride-ceramics.html With the development of the electric components, smaller but better performance and lower energy cost element are pressing demand. The high dense, high power and a high-frequency component may generate as much as 100W/cm2 heat, such as high bright LED, MOSFET, IGBT and laser elements. The longer those elements work, the more the heat accumulated. Due to the limited room in the package, if the heat could not have been diffused in time, it would highly affect the elements’ life, performance and reliability. So, it is important to introduce good cooling package design and high thermal conductivity ceramic materials into these industries. Different applications in general High brightness high power LED Microwave wireless communication and semiconductor equipment Automobile Energy IGBT Module IPM Module

Source: https://www.innovacera.com/news/boron-nitride.html Boron Nitride is with high-temperature resistance, high thermal conductivity and high electrical insulation. And it's easy to machine to high precision parts with low density, non-toxic and self-lubricating properties. So it’s an ideal choice to use as a high temperature conducting material. Boron Nitride parts in polysilicon ingot furnace can work longer than Alumina. As Alumina will crack easily when the temperature goes up quickly and Boron Nitride won’t crack in the same situation.

Source: https://www.innovacera.com/news/ceramic-metering-pump.html Safety instructions of ceramic metering pump for dosing disinfectant and sanitizer in filling machine (1). The ceramic pump can use hot water, soapy water, alcohol, or other cleaning liquid to clean the internal remnants several times through the reciprocating work of the machine until no residue of the material comes out, then rinse with clean water. Or disassemble it for disinfection. (2). When cleaning the internal parts, do not touch the surface of the parts with sharp tools. After cleaning, wait until the parts are dry before installing. (3). Check if the sealing ring of each part is damaged, if any, replace the new sealing ring; (4). Check if the screws in each part are loose, if any, re-lock. (5). Do not flush the motor with cleaning fluid to prevent damage to the components. (6). Try to avoid being in a state of no material for a long time when using it. (7). It is strictly forbidden to enter hard parts or part

Source: https://www.innovacera.com/news/zirconia-ceramic-applications.html Do you know zirconia ceramics? Do you know its application? Some brief introductions of zirconia ceramics are for your reference. 1. Zirconia ceramics have high fracture toughness, excellent wear resistance, strong bending resistance, and good thermal insulation. It has almost the same thermal expansion capacity as steel. So we can use it in structural ceramics. 2. The high-temperature performance of zirconia ceramic is excellent, so it can use to produce Heating element and refractory materials. 3. Zirconia ceramics have good electrical sensitivity so that it can be used to make oxygen sensors and solid oxides. 4. Besides, zirconia ceramic products include valve trim, precision balls, nozzles, tool and pump liners, plungers, blades, and so on. Zirconia ceramics have many advantages and characteristics, and there are many applications for it. If you are interested, just contact us.

Source: https://www.innovacera.com/news/vegetagle-oil-boiler-igniter.html A special igniter for vegetable oil furnace was developed successfully on March, 2020, which is widely used in vegetable oil boiler, and widely loved by customers. Short Introduction: This product uses high-performance silicon nitride ceramics as the substrate, with high temperature mechanical strength, strong thermal shock resistance, and resistance to acid and alkali corrosion advantages. It not only has excellent insulation properties, but also has good thermal conductivity. Datasheet of the product: Bending strength ≥900Mpa RoFracture toughness 6.0-8.0 Mpa.m1/2 volume density 3.20-3.4g/cm3 Volume resistivity at room temperature 1014Ω.cm Relative dielectric constant 6-7 Thermal conductivity 23-25W/（m-k） Thermal expansion coefficient 3.1×10-6/℃ Hardness HRA92-94 Voltage 220V Power 400W Size 80*17*3.5mm Performance and Feature: Good moisture resistance and tightness; Small size and light

Source: https://www.innovacera.com/news/ceramic-needle-gauges.html As we known, the gauge is a vital inspection tool, and most of the company use stainless steel and other metal materials. Innovacera have developed some standard ceramic needle gauges with size of OD1-12mm and length of 50mm, the interval of diameter size is 0.01mm. We also can make customized size. There are some advantages of ceramic needle gauge compare to other metal materials: super wear-resistant, corrosion-resistant, non-rusting, non-magnetic, non-conductive, maintenance-free. Here is some more detail about our ceramic needle gauge: Inspection instruments: Mitutoyo Laser Measuring Instrument (the equipment deviation is 0.2μm). Inspection standard: Level-1 Gauge: Temperature 20 ℃ ± 1 ℃, Humidity 50%, upper limit+0.3μm, lower limit-0.2μm; Cylindricity ≤ 0.3μm，Roundness ≤ 1μm; Level-0 Gauge: Temperature 20 ℃ ± 1 ℃, Humidity 50%, upper limit+0.1μm, lower limit-0.1μm; Cylindricity ≤ 0.1μm，Roundness ≤ 0.6

Source: https://www.innovacera.com/news/ceramic-chuck-table.html Porous ceramic chuck table is a so important part in semiconductor equipment such as silicon wafer processing. Porous Ceramic Chuck Tables are widely used as important components of equipment in silicon wafer, semiconductor compound wafer, piezoelectric ceramic, glass, LED, semiconductor package component substrate, optical component thinning, cutting and so on. The advantages include the following: Strong permeability: Uniform air permeability and water permeability to ensure the uniform stress and firm adsorption of the silicon wafer, so that it does not slip during the grinding process. Compact and uniform structure: Due to the dense and uniform microporous ceramic, the chuck table is not easy to adsorb silicon powder abrasives and is easy to clean. High strength: No deformation during grinding, to ensure that the silicon wafer is uniformly stressed at all points during grinding, and is not easy to edge breakag

Source: https://www.innovacera.com/news/dbc-ceramic-substrate-market.html DBC (Direct Bonded Copper) substrates are composed of a ceramic insulator, Al2O3 or AlN onto which pure copper metal is attached by a high-temperature eutectic melting process and thus tightly and firmly joined to the ceramic. Key Features Ceramic metallized: Ti/W, gold(Au), silver(Ag),Copper(Cu),nickel(Ni)¡Kothers & produce final circuit Coating:0.075um to 5mil Ceramic Metallized substrate: Al2O3 substrate metallized AlN substrate metallized Silicon wafer metallized LED heat-dissipation ceramic substrate: LED Al2O3 thin film substrate LED Al2O3 thick film substrate LED AlN thin film heat-dissipation substrate Flip-chip substrate The integration of the thin film, thick film, electrode plating and electroless plating processes: Application: 1. High Power LED ceramic substrate 2. Microwave (Wireless Communication & Radar) 3. Semiconductor Process Equipment 4. Solar Cell 5. Hybrid Electric Vehicles 6. Flip

Source: https://www.innovacera.com/news/ceramic-heater-without-lead-wire.html Our PTC ceramic heater has two kinds； one is with lead wire, another is without lead wire. But how to connect ceramic heater without lead wire to the power supply? Please let me explain it to you. As you can see that there is end nickel plating on the ceramic heater which can connect to the power supply using the way of Contact shrapnel : Just like our battery remote control, there are positive and negative electrodes, and we connect it with a metal spring plate. When the battery goes in, the spring plate deforms, we connect it. Attached is the video for your reference.

Source: https://www.innovacera.com/news/ceramic-guide-rollers.html Guide rollers are used in the process of manufacturing metal wire. Since the wire travels at high speeds, high levels of tension act on the guide rollers and wear down their surface. As a result, there was a need to replace components frequently. Therefore, this requires that guide rollers have a high degree of hardness as well as have a smooth surface. Metal components had conventionally been used in guide rollers. However, since their surface tends to wear through contact with the metal wire, surface roughness would worsen. This surface roughness on the guide rollers would then scratch the metal wire when coming in contact, thus affecting product quality. By switching to ceramics, which are harder than metals, there was less occurrence of scratching as a result of guide roller surface wear. This resulted in less scratching from contact between the metal wire and guide rollers, contributing to higher quality productio

Source: https://www.innovacera.com/news/metallization-of-alumina.html With the development of modern technology, more and more new materials used in various fields. Technical ceramics are one of them, and the most popular is alumina(Al2O3). However, since ceramic is an insulating material, it cannot be directly connected with other components. We wanted to make it even more useful, so ceramic metallization was born out of operations. Ceramic metallization is to firmly adhere to a layer of metal film on the ceramic surface. The main role is to realize the welding between ceramic and metal. A more advanced application is to form a circuit on the surface of the ceramic, which can not only be welded but also be used as a wire to transmit current. Nowadays, there are many methods used to manufacture metallization, including molybdenum manganese (Mo-Mn), Gold plating, Copper plating, LAP, etc. Innovacera metallization of alumina main material is 95% alumina and 99% alumina. We will perform

Source: https://www.innovacera.com/news/aluminium-nitride-ceramic.html Aluminium nitride has a high heat transfer ability so that aluminium nitride is widely used in microelectronics. Unlike beryllium oxide, aluminium nitride is non-toxic. Aluminium nitride is treated with metal and can replace alumina and beryllium oxide for a large number of electronic instruments. (1) Refractory materials. Aluminium nitride is not only resistant to high temperature, corrosion, alloys and metals such as aluminium and iron, but also non-wetting with silver, copper, aluminium, lead, etc., and can be used to make refractory materials or coatings for crucibles as surface protection material. It can also be made into structural materials such as casting moulds and crucibles. (2) Electronic substrate material. Aluminium nitride ceramics are widely used in multi-chip modules in military fields, microwave power amplifiers, and laser diode carriers, LED heat sink substrates and high-temperature semiconductor

Source: https://www.innovacera.com/news/machinable-glass-ceramic-insulating-bar.html Machinable Glass Ceramic Insulating Bar for Medical Applications This ceramic bar is used for processing of insulators on Medical devices. Machinable Glass Ceramic has a continuous use temperature of 800℃ and a peak temperature of 1000℃. Its coefficient of thermal expansion readily matches most metals and sealing glasses. It processes good machinability and can be lathed, milled, planed, ground, bored, incised and threaded. It also has the advantages of insulation, pore-free, high/low-temperature resistant, acid and alkali resistant and thermal impact resistant. It is widely used for nuclear, microwave high vacuum insulation, high precision magnetism-free skeleton for aeronautic and astronautic electrical devices, ultra-high voltage insulation for electric motors and structural parts at strong erosion environments. In terms of machinability, it can take place of aluminium oxide and boron nitride ceram

Source: https://www.innovacera.com/news/ceramic-insulator-layer.html To increase the compressive strength, INNOVACERA increases the thickness of the ceramic insulator layer from 0.38mm to 0.50mm for a high power heater tube. (Such as 90105 series). Pls check as below picture: This time, a total of 0.12mm of ceramic insulation layer thickness increased, and other production processes and manufacturing techniques remained unchanged, with no negative impact on the product. The appearance of the product is changed as follows for reference. The change will begin from Jan. 2020，please note!

Source: https://www.innovacera.com/news/toilet-ceramic-heater.html When you are in Japan, you must know that the intelligent toilet is trendy, because there is one unforgettable and very human function which is the heating function. Today I will tell you the secret of keeping the intelligent toilet lid warm. Actually, it is the ceramic heater. At present, the heating function of the intelligent toilet lid are the following: 1. Warm buttock washing function, female washing function and reciprocating cleaning function all need water heating; 2 toilet seat heating function; 3. Realise the purpose of paperless warm air drying for toilet, and the realisation of these functions requires the support of heating components. 1. The current heating mode of the intelligent toilet are two kinds. One is thermal storage type another is instantaneous water heater. The thermal storage type is the most mainstream way of heating in the early time. It is similar to the water heater. In the intelligent to

Source: https://www.innovacera.com/news/porous-ceramic.html Innovacera have more than 7 years experience in producing porous ceramic part for vacuum chuck, filters, air bearings for semiconductor and pharmaceutical industry. The range of Innovacera porous ceramic filters are made from aluminium oxide and silicon carbide. The strong, uniform porous ceramic has 40-50% open porosity with a tortuous pore structure and is available in pore sizes ranging from 1 to 100 microns. Monolithic, single grade, aluminium oxide porous ceramic is available in 6, 15, 30, 50, 60 and 100 microns pore sizes. The porous ceramic disc processing is not same as other ceramics, such as alumina ceramic, zirconia ceramics because its properties of pores, so when you process the porous ceramics disc, here are 4 points you need to pay attention: Put the porous ceramic plate into water with five minutes. Ensure the porous plate be full of water to avoid oil contamination permeate into pores. Cut the plate wit

Source: https://www.innovacera.com/news/biomass-boiler-system-igniter.html Biomass Boiler System is also called Wood-fueled heating systems, wooden pellet stove. By burning logs, pellets or chips with ceramic pellet igniter, it’s able to provide enough warmth in a single room or to central power heating and hot water boilers. We'll introduce not biomass boiler system but its igniter - Alumina Ceramic Pellet Igniter. INNOVACERA ceramic pellet igniter is used by a fraction of energy came out from hot air fans and ignition blowers, and it will ignite all the fuel types, including logs, corn, pellets or chips. Ignition times is shorted to 60 seconds and has a higher temperature. It’s an ideal energy-saving igniter for Biomass boiler system. Technical ceramic igniter - make life better - Ignition through hot air fans or ignition blower, energy-saving - An ideal igniter to burn all fuel types - Shorter ignition time, only need 60 seconds - Installed easily and comfortably. It is availab

Source: https://www.innovacera.com/news/happy-chinese-new-year-2020.html The bell of the New Year rang, time passed so quickly. It’s another traditional Chinese New Year coming around the corner. In this hopeful winter, all employees of Xiamen INNOVACERA Advanced Materials wish everyone a Happy New Year. Thank you for your support and encouragement to us over the past year. We hope our performance can live up to the expectations and bring you good memories of 2019. We also hope that in the coming new year, we will continue our efforts to bring better service and higher quality to more friends. For the friends who already have had a pleasant cooperation with us, hope that in the new year, we can reach a more harmonious, mutually beneficial cooperative relationship and get long-term development. During the Chinese New Year, there will be a long holiday from Jan 22 to Jan 31, all of us will be back working on Feb 1. Please kindly note.

Source: https://www.innovacera.com/news/annual-company-party.html 厦门英诺华新材料有限公司自2012年成立至今已8年有余，不断发展壮大。在鼠年春节来临之际，为慰劳员工一年来的辛勤工作，对2019年表现出色的团队及个人予以表彰，英诺华举办了尾牙晚宴，也叫做年会。旨在创造公司全体员工同乐的浓烈氛围，让员工感受到公司的企业文化，并展望2020年的目标和战略。 Xiamen Innovacera advanced materials co., ltd has been in development for more than 8 years since its establishment in 2012. As the Chinese New Year of the Rat approaches, to comfort employees for their hard work over the past year, the team and individuals who have performed well in 2019 are commended, Innovacera hosted a year-end dinner for employees, also known as the annual company party. To create a strong atmosphere for all employees of the company to have fun, let employees feel the company's corporate culture, and look forward to 2020 goals and strategies.

Source: https://www.innovacera.com/news/silence-friend-of-laboratory.html Our customers come from all walks of life, and a large part of them come from laboratories in universities or research centres. For these researchers, our most suitable and standard product is ceramic crucible. This word may be new to the general public. Still, crucibles are good friends of the lab and a loyal helper of researchers to do experiments. Clays originally made crucibles, and one of the earliest uses of platinum was also making crucibles. However, with the development of preparation technology, crucibles can now be composed of any material that can melt or change its contents. Image by Skieze from Pixabay What is a crucible? Crucibles are vessels made of extremely refractory materials such as clay, graphite, porcelain... Its role is to melt and refine metallic liquids, and also as a solid-liquid heating and reaction vessel. Crucibles belong to chemical instruments. When we heat solid by fire, we must