« KERAMIK in Europa»

Aktuelle Kooperationsgesuche und –angebote (Stand: Dezember 2009)

Im Auftrag der Europäischen Kommission unterstützt unser Netzwerk „Enterprise Europe Network“ kleine und mittlere Unternehmen, Hochschulen und Forschungseinrichtungen kostenfrei bei der Verbreitung von und der Suche nach innovativen Technologien. Dies schließt auch weitere Kooperations- bzw. Geschäftspartnerwünsche unserer Kunden mit ein, wie etwa die Suche nach Lieferanten, Produzenten, Franchisegebern etc.

Vom Standort Trier aus arbeiten wir mit mehr als 500 Kontaktbüros in ganz Europa zusammen, die auch den mittel- und osteuropäischen Raum abdecken. Weitere Vertretungen finden sich u.a. in den USA, dem Nahen Osten und asiatischen Ländern wie Korea und China. 

Bei Interesse an einem oder mehreren Profilen senden wir Ihnen gerne eine ausführlichere Beschreibung und stellen den Kontakt zum Urheber her. Wir haben Ihr Interesse geweckt? Sprechen Sie uns gerne an!

 

Internationale Kooperationsbörsen für Ihren Geschäftserfolg

 

Die Enterprise Europe Network Kooperationsbörsen organisieren wir in enger Zusammenarbeit mit unseren internationalen Partnerbüros vor Ort. Gemeinsam mit Ihnen stellen wir Ihr spezifisches Unternehmensprofil und ihr konkretes Anliegen in eine Katalog ein. Mit den Profilen der anderen Teilnehmer entsteht nach und nach ein Informationspool. Aus diesem können Sie Ihnen geeignet erscheinende Profile auswählen und einen Gesprächswunsch mit dem Urheber des Eintrags anmelden.
Ihr Vorteil: Sie lernen potentielle neue Geschäftspartner in einem koordinierten und sinnvoll kalkulierten Zeitrahmen gezielt kennen.

10.-12. Februar 2010 in Valencia/ Spanien
Die zweite Auflage der CERAMICA INNOVA wird im Rahmen der 28. Internationalen Trade Show für Keramik Platten, Oberflächenbeschichtungen, Bad- und Küchenausrüstung, Rohmaterialien, Glasur und Maschinen CEVISAMA ausgerichtet.

 

Kontakt:

 

EIC Trier - IHK/Hwk - Europa- und Innovationscentre GmbH

Thomas Weinand; Tel.: 0651-97567-14; E-Mail: Diese E-Mail-Adresse ist vor Spambots geschützt! Zur Anzeige muss JavaScript eingeschaltet sein!

 

 

Technologiegesuche:

Miniature rotary bearings for Stirling cryocoolers	09 SI 68CP 3E1F
Conductive Anti-Stick Technologies for Metal Surfaces	09 US 87GA 3FPA

Technologieangebote:

Multi-coordinate manipulator for high precision treatment of details with any geometric shape	09 RU 86FG 3FQ1
Optical fluoride nanoceramics	09 RU 86FG 3FOZ
Microwave technologies for manufacturing abrasive tools made of composite and ceramic materials	09 RU 86FG 3FMJ
Continuous functionally graded ceramic materials manufactured in situ for technological applications with high thermomechanical and tribological requests	09 ES 28G2 3FJD
New cost effective Highly Diffuse Ceramic Lighting Reflector Technology	09 NL 60AH 3FII
Inertization of heavy metals into ceramic materials	09 IT 54W2 3FH0
New processes for shaping and densification of technical ceramics	09 IT 54W2 3FEP
High-temperature mirror coatings	09 CH 84FD 3FGM
Accurate High Performance Ceramic Based High Temperature Thermocouples	09 GB 45P2 3FBC
Technology for the manufacture of free form refractory products by moulding recycled ceramics compound	09 NL 60AH 3EMY

 

Technologiesuche:

Miniature rotary bearings for Stirling cryocoolers

Ref: 09 SI 68CP 3E1F - Slowenien

 

Abstract:
Slovene company, producer of Stirling cryocoolers, is looking for a company, able to supply miniature rotary bearings and provide technical assistance in application of bearings. Products should be ready for market.
Technical Specifications / Specific technical requirements of the request:
Special miniature bearings for high demanding bearings applications (high vacuum, large temperature changes). The supplier should have knowledge about ceramic and hybrid bearings and be capable of producing those bearings.

 

Type of partner sought:
Industry

 

Specific area of activity of the partner:
Manufacturer of miniature rotary bearing

 

Task to be performed:
Supply of miniature rotary bearings, technical assistance

 

Conductive Anti-Stick Technologies for Metal Surfaces

Ref: 09 US 87GA 3FPA - USA

 

Abstract:
A large US company is looking for non-stick conductive materials or coatings and surface treatments for Stainless Steel with the goal of preventing tissue from sticking to specialty surgical devices. They are interested in licensing, product acquisition and supplier agreement.
Potential approaches could include but are not limited to:

• Treatments that produce ultra-smooth metal surfaces (stainless steel, gold, titanium or molybdenum
• Plating.
• Ion implantation
• Composites.
• Ceramic films.
• Micro-patterning technologies.
• Coatings.
  • Dip applied coatings.
  • Sol-gel coatings.
  • Nano-coatings.
  • Self-assembly coatings.
  • PVD or CVD coatings

 

 

Comments:
Responses from small to large companies, academic researchers, other research institutes, consultants, entrepreneurs or inventors are welcome. The technology sought may either be ready for testing and transfer to commercial use or require further development.

 

 

Technologieangebote:

 

Multi-coordinate manipulator for high precision treatment of details with any geometric shape

Ref: 09 RU 86FG 3FQ1 - Russland

 

Abstract:
A Russian SME (Tomsk) developed a multi-coordinate manipulator and software for its control. The multi-coordinate manipulator ensures a high-precision treatment of details with any geometric shape. The company is looking for partners for technical cooperation.
The multi-coordinate manipulator with laser is intended for treatment of metal, ceramic, plastic, glass, gems etc. The manipulator can be used as scan equipment in micro- and nanotechnologies (electromagnetic polishing of surfaces, silicon monocrystals etc.)

 

Type of partner sought:
industry, university.

 

Specific area of activity of the partner:
electrical engineering, surface processing, mechanical engineering.

 

Task to be performed:
joint finalisation of the design, its adaptation to real operation conditions and industry requirements, participation in joint RTD projects, and certification according to European standards.

 

Optical fluoride nano-ceramics

Ref: 09 RU 86FG 3FOZ - Russland

 

Abstract:
A Russian RTD Institute from Saint Petersburg develops a technology for manufacturing transparent fluoride-based nanoceramics with minor optical losses. Optical fluoride nanoceramics is intended for manufacturing elements of fast and powerful lasers and other photon devices. The institute seeks partners for technical cooperation.

 

Type of partner sought:
Research Institute; Industry.

 

Specific area of activity of the partner:
Laser manufacturing, researching laser characteristics and identifying the requirements for laser elements.

 

Task to be performed by the partner sought:
TJoin further development, research on the properties of lasers’ active elements, including generation characteristics

 

Microwave technologies for manufacturing abrasive tools made of composite and ceramic materials

Ref: 09 RU 86FG 3FMJ - Russland

 

Abstract:
An Russian innovative SME (Ulyanovsk, Volga region) develops technologies of efficient and resource-saving processes for microwave thermal processing of semimanufactured articles based on organic thermosetting binders. The company seeks partners for technical cooperation.

 

Type of partner sought:
Industry. Engineering.

 

Specific area of activity of the partner:

Designing of the equipment for thermal processing. Production of abrasive articles.

 

Task to be performed by the partner sought:
design, production, testing of the experimental-industrial microwave plant with the productivity 20 kg/hour. Cooperation with specialized enterprises in related to designing, production of components and units.

 

 

Continuous functionally graded ceramic materials manufactured in situ for technological applications with high thermomechanical and tribological requests

 

Ref: 09 ES 28G2 3FJD - Spanien

 

Abstract:
A Spanish public research organisation has developed a method for manufacturing continuous in situ functionally graded silicon nitride materials from a sole homogenous starting powder using the spark plasma sintering technique (SPS). The process can be easily transferred to a mass production and the developed components could be used in technological applications under thermomechanical and tribological demanding conditions. The Institute is looking for Industrial Partners for license agreement

 

Type of partner sought:
Aeronautical Industry
Automotive Industry
Energy Industry (turbines)
Metallurgy Industry
Manufacturing of tools, Cutting tool or machining industries

 

Task to be performed by the partner sought:
Development and commercialization

 

 

New cost effective Highly Diffuse Ceramic Lighting Reflector Technology

 

Ref: 09 NL 60AH 3FII -

 

Abstract:
A Dutch SME is specialized in ceramic coating technology. The company developed a cost effective Highly Diffuse Reflective Ceramic Coating (HDRCC) for lighting systems. Most important advantages of this technology are a high reflectance, non-yellowing, inert, stable materials and the possibility to create unlimited design. The Dutch partner is interested in commercial agreements with technical assistance with industries active in reflector design and production.

 

Type of partner sought:
Industry

 

Specific area of activity of the partner:

• Engineering and production of fixtures for e.g. incandescent (halogen), fluorescent, high intensity discharge (HID) and Light-emitting Diode (LED) lamps, with reflector technology
• Complementary engineering company in reflector technology, lighting technology and in components for lamps or fixtures.
• Manufacturers of complementary reflector technology, lighting technology and of components for lamps or fixtures.

 

 

Tasks to be performed by the partner sought:
Implement the proposed technology in reflectors and lighting products. The Dutch SME will provide technical assistance. The type of collaboration for the use of the Highly Diffuse Reflective Ceramic Coating (HDRCC) by the partner could also be based on a license agreement. The details of the license agreement are part of future negotiations.

 

 

Inertization of heavy metals into ceramic materials

 

Ref: 09 IT 54W2 3FH0 - Italien

 

Abstract:
A spinoff company has developed a new technological process for the inertization of heavy metals in industrial wastes. The process is based on the insertion of metal elements into definite crystal site of minerals. The main advantage of this technology is the complete stabilization of the contaminants and the possibility to reuse the minerals as raw materials for further industrial processes. Partners are requested to apply this technology under license or joint venture agreement.

 

Type of partner sought:
The company is looking for commercial agreement, joint venture agreement or license agreement. Support in refining the described technology to customer’s needs could also be provided.

 

Specific area of activity of the partner:
Industrial partners operating in the area of waste treatment.

 

 

Tasks to be performed by the partner sought:
The tasks expected from the partners relate to the acquirement and/or further development of the technology.

 

 

New processes for shaping and densification of technical ceramics

 

Ref: 09 IT 54W2 3FEP - Italien

 

Abstract:
A spin off company developed a new technology for producing technical ceramics by a new shaping and densification process that involves the use of thermohardening resins and the infiltration with melted metals. The main advantage of this technology is the possibility to produce large pieces of ceramic materials at low cost and without any defect. The company is looking for partners operating in the field of ceramics interested in producing under a license or manufacturig agreement.

 

Type of partner sought:
Industrial partners already operating in the area of technical ceramics components with a well assessed presence on the market.

 

Specific area of activity of the partner:
technical ceramics components

 

 

Tasks to be performed by the partner sought:
Application of the innovative process for the production of technical ceramics

 

 

High-temperature mirror coatings

 

Ref: 09 CH 84FD 3FGM – Schweiz

 

Abstract:
A Swiss research institute provides a mirror-like metallic coating that has high reflectivity (more than 95% in infrared) and good thermal stability (up to 500°C in air for 300 hours). Applied at room temperature by a PVD (plasma vapor deposition) process (under vacuum), it can be deposited on metallic, ceramic or glass substrates. The coating performance has been tested on a laboratory level. Partners for technical cooperation and coating testing in different industrial domains are sought.

 

Type of partner sought:
Industrial partners

 

Specific area of activity of the partner:
A partner (any field) in order to demonstrate the coating in a new application domain

 

 

Tasks to be performed by the partner sought:
Provide pieces for coating. Test the coated pieces according to the application requirements.

 

 

Accurate High Performance Ceramic Based High Temperature Thermocouples

 

Ref: 09 GB 45P2 3FBC - Großbritannien

 

Abstract:
A UK SME has developed ceramic-based thermocouples that operate beyond 1600oC. Ceramics are used instead of metals to form the thermocouple legs. They are highly corrosion-resistant and have excellent long-term stability. Successful industrial trials have taken place in oxidising and reducing conditions, including molten steel. Measurement accuracy to date is typically well within 1%, and is a function of material consistency. They are seeking partner(s) to commercialise the technology.

 

Type of partner sought:
industrial.

• Companies wishing to supply high temperature measurement systems with their current products.
• Manufacturer/ supplier of high temperature measurement systems.
• Fabricator of appropriate ceramics and ceramic coatings.

 

 

Specific area of activity of the partner:
Organisations with established expertise in commercialization of temperature measurement sensors and/or manufacturing of appropriate ceramics.

 

 

Tasks to be performed by the partner sought:

• Fabrication of suitable ceramic materials of consistent quality.
• Provision for appropriate thermocouple testing and evaluation, using combined expertise and facilities of the SME and the collaboration partner(s).
• Bringing the product to market.

 

 

Technology for the manufacture of free form refractory products by moulding recycled ceramics compound

 

Ref: 09 NL 60AH 3EMY - Niederlande

 

Abstract:
A Dutch SME company developed a technology to manufacture refractory products. The technology comprises a special compound material which can be moulded into free form refractory products, e.g. refractory doors, hatches, shelters, valves, casting pipes, nozzels, tubes and rings. The company is interested in contacts with potential licensees of the technology.

 

Type of partner sought:
industry.

 

Specific area of activity of the partner:
Manufacturer of refractory products; Manufacturer of products for zinc and aluminum industry.

 

 

Tasks to be performed by the partner sought:
industrial implementation; the Dutch partner is interested in a licence agreement.