![]() Sand casting typically relies on silica-based materials, such as synthetic or naturally-bonded sand. Comparing both the advantages and disadvantages of the common types of casting processes can help in selecting the method best suited for a given production run. Hot forming processes, such as die-casting, investment casting, plaster casting, and sand casting, each provide their own unique manufacturing benefits. Different Types of Casting and the Casting ProcessĪlthough casting is one of the oldest known manufacturing techniques, modern advances in casting technology have led to a broad array of specialized casting methods. Casting methods are typically used to create intricate solid and hollow shapes, and cast products are found in a wide range of applications, including automotive components, aerospace parts, etc. After solidification, the workpiece is removed from the mold to undergo various finishing treatments or for use as a final product. It is important to use only pure water and clean containers.Casting manufacturing is a process in which liquefied material, such as molten metal, is poured into the cavity of a specially designed mold and allowed to harden.Maximum hardening time after approximately 8 hours in a dryer with a maximum temperature of 40☌.Mold removal time: approximately 20-40 minutes.Pot life time: approximately 10-12 minutes at 20☌.Pour the mixture into a container or use for low-pressure injection molds.For large quantities, it is recommended to use specific anti-bubble products. ![]() Stir by hand or with a mixer (maximum 300 revolutions per minute) for about 2 minutes.Fill a container with water and sprinkle the product until it is absorbed.The product can be cast in any type of mold.Surface hardness Greater than 300 N/mm2.Mixing ratio Powder : Water 1 Kg : 0,30 l.Its special features include high resistance for numerous fields of use, low expansion, biological safety for natural derivation of various components, biodegradability of the resulting artifacts, adaptability to industrial or child processing, molecular structure of the finished product similar to porcelain, no need for drying or baking, low thermal reaction peak of about 30☌, very high reproduction accuracy, possibility of mass or surface coloring, physiologically non-toxic, possibility of polishing the finished product with brushes, and possibility of galvanic finishes. In summary, MICHELANGELO CASTING PLASTER is an innovative product that allows for the production of faithful details with easy workability, safety of use, and the possibility of personalization. ![]() In addition, the tools used for processing can be cleaned with water. ![]() The use of MICHELANGELO CASTING PLASTER is safe as the material is completely non-toxic and does not cause any harmful reactions during processing, contact, ingestion or ventilation. The details produced with this product are faithful to the original without any deformation or shrinkage, and can be decorated with any type of colored supply (synthetic, acrylic, solvent or water-based) and even treated in a galvanic bath. The special formulation of MICHELANGELO CASTING PLASTER allows for natural and rapid drying without the need for baking. ![]() Once mixed, the resulting compound becomes a fluid mass that can be easily poured into silicone rubber molds, casings, or low-pressure injection molds. It can be mixed with water in appropriate stoichiometric ratios, just like natural plasters. MICHELANGELO CASTING PLASTER is an innovative synthetic resin powder that belongs to the category of synthetic or artificial plasters. 99.9% PURE SYNTHETIC RESIN FOR HANDS AND BODY CASTS. ![]()
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