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Partner of Ceramic APPLICATIONS

Address

M.E. SCHUPP Industriekeramik GmbH
Neuhausstr. 4-10
52078
Aachen
DE

Fairs

ceramitec Munich/DE

Phone

+49 241-93677-0

Fax

+49 241-93677-15

E-mail

info@schupp-ceramics.com

Homepage

https://www.schupp-ceramics.com/de/

Company profile

SCHUPP® Ceramics ist ein etablierter Spezialist für Hochtemperaturtechnik. Seit 1996 produziert und vertreibt unser Familienunternehmen wirtschaftliche und zugleich hochwertige metallisch-keramische Lösungen für das Sintern, Brennen und Schmelzen sowie die Wärmebehandlung. Ob in Verbrennungs- oder elektrisch betriebenen Industrie- und Laboröfen: Unsere Produkte, Komponenten und Systeme arbeiten sicher bei Temperaturen von 560°C bis 1.850°C. Von bewährten Standardprodukten für die hochpräzise Brennprozesssteuerung bis hin zu individuellen Sonderanfertigungen für die elektrische Beheizung oder Wärmedämmung liefern wir standardisierte und maßgeschneiderte Lösungen an Kunden aus aller Welt aus Industrie und Produktion sowie Forschung. Flexibilität und Zielstrebigkeit sind unsere Grundlagen, um die Anforderungen unserer Kunden zu erfüllen. Unser internationales Team von über 45 Mitarbeitern arbeitet derzeit mit Kopf, Hand und Herz für 900 Kunden weltweit. Vertrauen, Ehrlichkeit und der Wille, etwas zu bewegen, sind unsere Grundsätze, um erfolgreiche Partnerschaften aufzubauen und nachhaltig zu gestalten.

Ownership

privately owned

Management

Michael E. Schupp, Founder and Owner (M.D. & Shareholder); Dr. Katarzyna Linn (CEO)

Turnover

EUR 12,6 million (2023)

Number of employees total

46

Number of employees in R+D

2

Product development partnerships

customers, institutes, user industries

Project funding

industry

Main components

MolyCom®-Ultra 1700, 1800, 1850 & MolyCom®-Hyper 1800, 1900, 1800SC, 1800AP: molybdenum disilicide heating elements (MoSi2) up to 1.850 °C element temperature/ MolyCom® accessories: Accessories for connection of electric heating elements made of molybdenum disilicide (MoSi2), MolyTec: electric heating systems (MoSi2 + PCW) up to 1.550 °C application temperature/ UltraBoard & UltraVac: high-temperature insulation boards and vacuum formed shapes made of polycrystalline mullite/alumina wool (PCW) up to 1.800 °C applicationtemperature/ ITM-Fibermax®: high-temperature wool (unchopped, chopped) and needled blankets made of polycrystalline mullite/alumina wool (PCW) up to 1.600 °C application temperature/ PTCR: process temperature control rings from 560 °C to 1.750 °C/ FiberPlast 1800PRO: high temperature adhesives and coatings (PCW) up to 1.750 °C application temperature/ UltraSaggar UV 1600-10 and UltraSetter UV 1700-10: light kiln furniture made of PCW for sintering and firing up to 1.650°C application temperature.

Certificates

ISO 9001:2015

Market leadership

dental technology – high purity heating elements called MolyCom®-Hyper 1900 for discolouration-free sintering of zirconia/ insulation materials made of polycrystalline mullite/alumina wool (PCW) as an alternative for refractory ceramic fibres (RCF), process temperature control rings PTCR for precise measurement and control of firing processes, sintering and firing setters and saggars securely hold small workpieces during the sintering/ firing process.

Special know-how

MoSi2 heating elements, PCW materials, vacuum forming, furnace linings/re-linings, machined insulation shapes, high temperature adhesives and coatings, kiln furniture

Project duration

depending on project

Pilot run series

yes

Ceramic division(s)

n/a
Additive manufacturing; Glass engineering; Kiln and furnace engineering; Measuring systems; Thermal measurements

High-temperature metallic-ceramic products and components for electrically and combustion-heated industrial and laboratory furnaces/kilns:
- Intermetallic heating elements of molybdenum disilicide (MoSi2) and customised electric heating systems up to 1.850°C element temperature
- High-temperature insulation made of polycrystalline mullite/alumina wool (PCW); up to 1.800°C application temperature
- Process temperature control rings PTCR: Measuring and controlling the firing processes
- Ceramic bonding at application temperatures up to 1.750°C
- Sintering and firing kiln furniture (setters & saggars) for application temperatures of up to 1.650°C

Materials

mullite

User industries

additive manufacturing; ceramic industry; CIM; dental technology; electrical and thermal insulation; electronics and sensors; furnace and kiln manufacturer; heat treatment; high temperature applications; kiln furniture; laboratory technology; medical technology; metal industry; R&D (universities/ institutes/ corporate); refractories; semiconductor industry; surface treatment; technical ceramics; vacuum technology; watch industries

Production plants

furnace linings/re-linings; high temperature kilns; MoSi2 heating elements (production network); sintering; vacuum forming production

Technical Center / Laboratory

SCHUPP® Ceramics Increases the Vertical Range of Manufacturing for PCW Formed Parts up to 1800 °C

SCHUPP® Ceramics has been supplying metallic-ceramic solutions for laboratory and industrial...
05/02/18

Hot Alone won’t Do the Trick!

The sinter furnace for zirconia ceramics in respect of heating with...
09/02/17

Hot Alone won’t Do the Trick!

The sinter furnace for zirconia ceramics in respect of heating withmolybdenum...
03/02/17
dental ceramics; MoSi2 heating elements; sinter furnace; zirconia ceramics
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Phone: +49 7221 502 200

E-mail: info@goeller-verlag.de