Precision-formed internal cooling core engineered from silicon carbide compound for directional solidification management Foundry core made of ceramic SiC cooling compound

SOLIDIFICATION CONTROL

SiC Cooling Compound for Solidification

The need to accelerate solidification in a casting, partly to achieve a denser microstructure and partly to achieve higher hardness, is well known. Compared to the cast iron chills commonly used in the past, ceramic SiC Cooling Plates and Graphite Moulds have proven to be superior and also more economical. With complex castings, the use of such ceramic SiC Cooling Plates encounters difficulties due to their inherently fixed rectangular dimensions.

Inquire Now

Product Data Sheet

Technical Specifications of our SiC Cooling Compound

In response to practical requirements, the mouldable, ceramic SiC Cooling Compounds were developed, which, compared to the ceramic SiC Cooling Plates, offer the advantage of being applicable at any point regardless of the profile of the casting.

The cooling effect depends on the degree of compaction and the thickness of the applied layer. However, it will in any case be lower than that of fired ceramic SiC Cooling Plates. More important than this fact, however, is that the ceramic SiC Cooling Compound KERAMFORM F3 brings about a pronounced, localised densification of the casting.

The ceramic SiC Cooling Compound KERAMFORM F3 disintegrates after casting without impairing the quality of the moulding sand, and is hardened with either cold resin or CO2.

Two example drawings of the SiC Cooling Compound are intended to illustrate the use of the ceramic SiC Cooling Compound KERAMFORM F3 in thick-walled castings. The key consideration was avoiding the porosity that frequently occurred in the past in such castings. KERAMFORM F3 is either incorporated into a conventional core or placed in the mould in the form of solid cores.

FURTHER IMPRESSIONS

Our Quality in Pictures

Bulk pile of highly thermal-conductive silicon carbide (SiC) ceramic cooling mass used as foundry molding material Ceramic SiC cooling compound for solidification control
Selection of different custom-shaped sand-casting cooling cores manufactured from high-performance silicon carbide compound Assortment of SiC ceramic cooling cores for foundries
Raw silicon carbide crystals providing the essential high thermal conductivity required for solidification control systems Crystalline SiC base material for foundry chill applications
further terms

Solidification Control, directional solidification, solidification, cooling, cooling media, cooling compound, SiC Cooling Compound, ceramic SiC Cooling Compound, cooling sand

Key Benefits

  • Targeted heat extraction
  • Disintegrates after casting
  • High quality

Like what you see?

Help others and share our page.

Share via LinkedIn

Discover our Further Products for Foundry Supplies

Telefon E-Mail nach oben