Équipement technique pour fonderies  Producteurs, Vendeurs, Fournisseurs

Künkel-Wagner was established in 1907 as a mechanical engineering
company specialized in foundry technology. Since then, the headquarters
of the internationally operating company including administration, a
research and development division, fabrication division and project
management is situated in Alfeld (near Hanover).
Since the construction of the very first hand moulding machines in
the year 1911, Künkel-Wagner has considerably contributed to the
advancement of the foundry technology and has developed a wide range of
foundry equipment.
In the late 1950s, Künkel-Wagner was one of the first companies
offering fully automatic moulding plants. Innovative moulding techniques
were developed and the first alternatives to jolt-squeeze moulding
machines presented. It did not take long for us to realise the
importance and relevance of the quality of sand preparation plants for
the casting process and we consequently integrated moulding sand
preparation in our own production programme.
There were concepts for core sand separation as early as in the
1980s. Even today, we continue to meet this early set target and offer
solutions for improved moulding sand quality in moulding plant
technology, as well as in the field of sand processing. With the current
compaction procedure, complicated contours can be produced reliably and
with the necessary strength. Simple casting machines were already built
in early years to round off the production programme; they have
developed into our current automatic pouring equipment.
Throughout the production of the machines of the latest generation,
process relevant parameters are recorded and alarm messages, if
necessary, generated and archived.Thus, the required documentation for
the process control can be guaranteed. In combination with innovation,
expertise and experience, all products boast durability and high-quality
implementation.
“Made in Germany” is backed by long experience and deep know-how and
forms major guiding principles for the development of our company.

ALLWEILER casting technology
A Division of ALLWEILER Ltd.,
Lake Constance and the city Radolfzell, the location of the Allweiler foundry technology, the environment has a high priority. We have taken this challenge with a variety of individual measures in the labor, environmental and neighborhood protection bill.
Headquarters: Radolfzell
Employees (Foundry): 80
Production: 3,000 metric tons of castings per year

For some 111 years now, EKW GmbH has united a
healthy sense of tradition with entrepreneurial foresight, growing
experience and expertise, to create an approach to business that has met
with great success. This mid-size company, founded in 1903 as the "Eisenberger Klebsand-Werke GmbH", has attained worldwide recognition as a specialist for refractory products.
A modern plant with over 150 employees in
Eisenberg/Palatinate utilizes advanced manufacturing techniques to
produce a comprehensive portfolio of refractory materials &
high-temperature ceramics for foundries, the aluminium industry and
non-ferrous casting plants, steelworks and cement plants. Refractory
castables, plastic compounds and dry-vibration masses, though also
special variants for cold and hot spray and repair applications, are
examples of both unshaped and shaped materials with acidic, neutral or
base character.
Innovative research and development work guarantees
that the products always reflect the very latest standards, meeting
customers' highest demands for materials and end-products. Successful
introduction of new product lines, such as the latest generation
of self-flowing castables and the introduction of innovative functional
ceramics incorporating eco-friendly manufacturing technologies,
guarantee continued on-going development and set trends on the market
itself.
With our modern, advanced fireproof technologies and
technological process solutions, we accompany, support and optimize
thermal processes and production conditions, and do so consistently,
resource- and last but not least energy-efficiently.