In the casting of steel, cast iron, and non-ferrous metals, the purity of the melt is everything: oxide inclusions, slag, and non-metallic particles turn into defects and reduce the service life of castings. We printed ceramic filters tailored to the client's specific casting parameters β€” complex shapes, high temperatures, and loads.

What's at the core:
πŸ”Ή Materials β€” corundum, mullite, zirconium dioxide (for the most extreme conditions);
πŸ”Ή Technology β€” SLA printing on the "Prokeramika-170" printer, resolution up to 150 microns;
πŸ”Ή Finishing β€” firing and sintering at 1500–1600 Β°C.

Technical parameters πŸ§ͺ
βœ… Open porosity β€” up to 60%;
βœ… Operating temperature β€” up to 1600 Β°C;
βœ… Control over geometry, permeability, and thermal shock resistance.

What this gives the client πŸ’‘
βœ… Reduction of casting defects by 25–35%;
βœ… Filter service life 2–3 times longer;
βœ… Reduced costs for machining and increased line productivity;
βœ… Development time 3–5 times shorter, prototyping in 10–15 working days.

This is the very story for which ceramic 3D printing exists: we take a real problem from a foundry and solve it with a precise ceramic part β€” using domestic equipment and raw materials.

πŸ“© Need filters for your geometry and casting mode? Write to us β€” we'll calculate and deliver a prototype.

πŸ‘‰ proceramika.ru | info@proceramika.ru | 8-800-201-0663
πŸ“ Moscow, Skolkovo, Bolshoy Blvd. 30 bldg. 1

πŸ“± Telegram: @proceramika πŸ“± MAX: id9701272143_biz

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