Innovacera offer some of the China’s largest alumina ceramic components for manufacturing equipment

Innovacera offer some of the world’s largest alumina ceramic components for Industrial,LCD and Semiconductor manufacturing equipment, helping manufacturers achieve greater precision for today’s applications.

Alumina Ceramic Properties
High hardness
Wear resistant
Elextrical insulation
Chemical resistant
Tight tolerance
Temperature resistant
Food compatibility

Oxide ceramic materials we offer: 92%, 96%, 99.3% Alumina and Zirconia.

Technical ceramic solutions for your wear resistant solutions

Innovacera supply a variety of high-purity ceramic materials in Xiamen, China. We are a leading supplier of wear-resistant ceramics, offering solutions for abrasion and corrosion problems.

Our solutions are based on your application parameters: types of abrasion, system and equipment design, operating temperatures and materials. Innovacera’s fine-grained alumina, silicon nitride and zirconia ceramic offer properties that will optimize the solution for any wear application.

Wear-Resistant ceramic linings increase productivity in a variety of typical applications include:
Ash Lines                                                Centrifuges
Pipe Elbows                                           Chutes
Pump Housings                                    Tanks
Cyclones                                                 Transitions
Troughs and Flumes                            Dust Collectors
Spray Driers                                          Chippers and Chip Bins
Hoppers                                                 Wash Boxes
Dredging Equipment                           Silos
Screw Conveyors                                 Classifiers

Wear resisstance solution’s Project

chute ceramic lining

ceramic lined pipe 04

ceramic lined pipe 13

ceramic lined pipe 10

ceramic lining pipe

To solve abrasion problems in your material handling systems, contact the experts at Innovacera mail sales@innovacera.com

Innovacera developed Ceramic Fluid Metering Pumps for Filling Machine

Innovacera is a professional supplier of technical ceramic components, has long-term cooperation in the research of ceramic materials with professors or researchers from universities and institutes in China. Innovacera was highly proud to announce that a new ceramic pump, named as valveless ceramic piston pump, has been approved by our customer testing.

Features
Innovacera ceramic pump has a liquid non-polluting, high precision, long service life…

Pharmaceutical, food cosmetic industry’s highest hygiene and health standards.
Inert chemical stability, acid, corrosion resistance, high temperature.
Hard and wear-resistant, particle release is extremely small, long service life.
Dense material, non water absorption, high surface treatment and low friction
Low thermal expansion coefficient, precise sealing and filling accuracy, achieve cleaning and sterilization online.

Properties

No valves to clog, hang up or service.
One moving part – the piston.
Accuracy better than ±0.5%.
Positive displacement up to 7 bar.
Viscosity independent.
Corrosion resistant wetted parts
Instantly reversible.
Large range of drives.

Applications

Medical Equipment
Electronic Manufacturing
Pilot Plants
Environment Pollution Control
Precision Cleaning
Automotive
Food & Dairy
Spraying Systems
Cosmetic & Hygiene
R & D Laboratories etc

Other related products as below

Piston and Ball Check Valve
Piston and Spool Valve
Piston and Rotary Valve
Rotary Piston

Ceramic Piston and Ball Check Valve

For more please feel free to contact us. Thank you!

Notification of INNOVACERA’S Xiamen Office Change

To: INNOVACERA’S Partner

Thanks for your supporting in the past year.

Effective from 1st April,2014, INNOVACERA will change its Xiamen Office as below:

Unit 4G, West Side, Lianchang Bldg, NO.8 Huli Avenue,
Huli District, Xiamen,
Fujian, China
361004

Tel: +0086 592 558 9730
Fax: +0086 592 558 9733
Email: sales@innovacera.com

While our office is changing, our bussiness scope, leagal status and contact details will remain the same.

We’ll be constantly striving to provide better products and service for you!

The INNOVACERA’S Team

Technical Ceramics on a Space Exploration Mission – CeramTec

Specimen holders made from silicon nitride ceramics
CeramTec is producing ceramic components for Astrium GmbH’s experimental unit, which will be integrated in the International Space Station (ISS) in July 2014. The sophisticated, complex silicon nitride components are required for specimen holders. This equipment will be used to analyze material science experiments under zero-gravity conditions in space. The parts will be used in the “Materials Science Lab – Electromagnetic Levitator” (MSL-EML) experimental unit, which will be integrated in the European science lab, called Columbus, on the ISS in July 2014.

Materials Science Lab Trial at Astrium
The unit can perform precision measurements that are not yet possible on earth in a temperature range from +400°C to +2,000°C for specific thermophysical properties of chemically aggressive molten metals. This enables scientists to analyze the early phases of development of a material’s microstructure. The objective of these types of studies is to deepen our understanding of transfer processes, atomic structures and material properties, which in turn will allow manufacturers to refine, improve and re-invent their production methods, materials and products.

A variety of cylindrical and cage specimen holders made of silicon nitride are used here. The specimen holders enter a coil that contains metal alloy specimens that remain suspended by electromagnetic fields without any contact whatsoever with their surroundings. The specimens are melted, cooled in their liquid state and then re-solidified for the experiments.

Silicon Nitride Ceramics possesses ideal Properties

The electrical conductivity of materials used for the specimen holders must not interfere with the coil’s electromagnetic fields. Moreover, the specimen holders must exhibit extreme resistance to heat. The advanced silicon nitride ceramics used here offer all of the material properties required to meet these specifications. All of the ceramic parts on the specimen holders are manufactured by Baden-Württemburg-based CeramTec.

The MSL-EML is an experimental unit developed by Astrium by order of ESA (European Space Agency) and the German Aerospace Center (DLR). It is used by groups of scientists from Europe, North America and Japan. It is the only unit of its kind in the world and has already been used in three Spacelab missions in cooperation with NASA. Astrium GmbH is a company of Airbus Space, the leading aerospace company in Europe.

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Technical Ceramics for the Olympic Ski Jumping Hills in Sochi -CeramTec

Sochi ski jumping hills equipped with CeramTec technology

Olympic ski jumping hill in Sochi with an inrun track from CeramTec. Made in Germany.
From February 7th-23rd, 2014, all eyes will be on Russia for the XXII Olympic Winter Games in Sochi. The best ski jumpers in the world will compete in the Nordic combined and ski jumping events in the RusSki Gorki Jumping Center. Here, both the normal hill and the large hill have been equipped with ALOSLIDE® ICE technology from CeramTec. The inrun track system enables athletes to jump in perfect conditions, regardless of the weather.

ALOSLIDE® ICE is a one-track inrun system outfitted with ceramic nubs that are vulcanized in special caoutchouc in a scientifically tested design. A cooling unit integrated into the system creates a stable layer of ice 20 mm thick in good snow conditions and in temperatures up to +15°C. An integrated ice cutter and brushes regulate the thickness of the ice and prepare it. The system can be switched easily from summer to winter operation or vice versa without the need for additional ice or snow. In summer, jumpers slide down the take-off ramp to the launch pad right on the ceramic nubs. This technology allows ski jump events to take place year-round in practically identical conditions.

Sergey Zyryanov, Chief of Hill for the Olympic ski jumps in Sochi, put the system to a test last October at an outside temperature of 18°C. He is thrilled with it, saying, “The ice formed and stayed. Neither the summer temperatures nor the steady rain that began a short time later were a match for the ice track.” Hydroplaning and puddle formation are a thing of the past thanks to this system, making additional drainage ditches in the ice unnecessary. Operating the system is easy. “You simply press a couple of buttons and in just a couple of days the track is complete,” explained Zyryanov.

This is not the first time ALOSLIDE® will be used in large competitions. The inrun track system allowed competitions to take place under optimal conditions back in 2006 at the Olympic Winter Games in Turin. In 2011, this German technology was also featured at the Asian Winter Games in Almaty, Kazakhstan. In the last five years, their system has been running reliably and without interruption from November to March. ALOSLIDE® proved itself successful at the facilities in Oberstdorf, Germany and Bischofshofen, Austria, for the Four Hills Tournament and in Klingenthal, Germany, home to the FIS Summer Grand Prix and the 2013 FIS team tour. Both the athletes and Werner Schuster, head coach of the German ski jumping national team, praised the CeramTec technology.

Original Link

2014 Chinese New Year Holiday Notification

Dear Valued Customers and Business Partners,

Please be informed that our clinic will be closed from 28th January, 2014 (Tuesday) – 7th February, 2014 (Friday) for Lunar Chinese New Year.

Our office will resume operation on 8th February, 2014 (Saturday).

Our Management & Staff would like to take this opportunity to thank all our customers and business partners for your continuous support over the past years and also wish everyone:

A Very Happy & Prosperous Horse Year Ahead!

Qiu Jinchang
Xiamen Innovacera Advanced Materials Co., Ltd.
26th Jan, 2014

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INNOVACERA Season’s Greetings 2013

Merry Christmas and a Happy New Year!

We wish all customers, suppliers, partners and friends of the INNOVACERA a peaceful Christmas and a prosperous new year!

The INNOVACERA team

Ceramic Laser Reflector for Pump Chamber

High purity porous alumina ceramic of 99% Al2O3 content, used extensively for long-life Ceramic Laser Reflector. This material is sintered at high temperatures to achieve a controlled porosity.

Prime Features

Surfaces can be sealed and coated with a solarization-resistant glaze to give high bulk reflectivity
97% reflectance efficiency at 600-1000nm
Reflectance efficiency exceeds 95% across the wavelength range 400-1200nm (see curve)
Controlled porosity
Good thermal conductivity
High electrical resistivity

Physical properties

Color: White
Bulk density (fired): 3.1 g/cm³
Porosity (apparent), nominal: 22%
Flexural strength (ASTM C1161, 3-point): 170 MPa
Thermal expansion coefficient:
200-500℃, 7.9*10^-6/C
200-1000℃, 9.0*10^-6/C

Typical Applications

Pumping chambers for flash lamp and continuous-wave lasers using media such as Nd:YAG lasers,
Alexandrite — low to high power, single or multiple lamp designs used for welding, cutting, marking, and in medical lasers.
Layered and segmented pumping chambers for diode-pumped lasers
Intense Pulse Light (IPL) applications for cosmetic surgery

For more about Ceramic Laser Reflector, please feel free to contact us.

INNOVACERA becomes a member of The American Ceramic Society

The American Ceramic Society (www.ceramics.org) is the most famous association in advanced materials, we are glad to becomes a member of the society.

The American Ceramic Society is the most influencial society of ceramic and glass materials around the world. Famous ceramic and glass material manufacturers like CeramTec, Kyocera, Morgan, Du-Co, Materion, Surmet, Corning are also members of this society.

Joining the society, INNOVACERA is able to get more information about the ceramic and glass material industry at the earliest. As a member, INNOVACERA is also of great honor to devote the efforts to advance the study, understanding and use of the ceramic and glass material industry, for the benefit of the society and the users around the world.

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