Precision Foundry
Metal Foundry
Poznan
Acid-resistant
precision castings
Heat-resistant
precision castings
WE CAST:
- Stainless, acid-resistant and heat-resistant cast steels
- Carbon and alloy cast steels
- Part size: up to approx. 350 mm
- Weight: from a few grams to 3.5 kg (heavier parts upon agreement)
ADVANTAGES:
- High dimensional accuracy and narrow tolerances
- Low surface roughness
- Ability to manufacture parts with very complex shapes
- Cost-effective for complicated molds
- Maximum elimination of machining
Precision in every detail
Year by year, the demand for precision castings in the industry continues to grow. The investment casting method (lost wax) is finding applications in an increasing number of industrial sectors. The advantages of this method include high dimensional accuracy, the ability to produce details with very complex shapes, and low surface roughness.
The lost wax method is used wherever complex shapes of details translate into significant costs of manufacturing them in a traditional way. Therefore, precision castings are a much more effective and economical solution. Thanks to constantly ongoing modernization work and the use of modern materials in the manufacturing process, the "Steelcast" foundry is able to meet high requirements set by the largest companies.
Therefore, the sooner you perform a calculation, the sooner you will discover the advantages of this casting method.
A team of experienced and qualified employees participates in the process of preparing each casting at "Steelcast," and the applied control of the entire process guarantees the delivery of products to the client in accordance with accepted requirements and prior arrangements.
Innovation with Poznan University of Technology
In 2013, the "Steelcast" facility introduced a technological innovation with the participation of Poznan University of Technology and the support of European Union funds. These are acid-resistant castings for ball valves made of a high-chromium iron alloy (over 31% Cr). This material has high strength, hardness, and wear resistance, while remaining resistant to high temperatures up to 1200°C.
Sample Projects
