Ceramic Foundry Sand Silica Replacement

It is produced from ferrous and nonferrous metal casting industries where sand has been used for centuries as a moulding material because of its thermal conductivity.

Ceramic foundry sand silica replacement.

The company developed kailin ceramic foundry sand in 1999 and gained over 20 patents in foundry industry area. Refractory engineers offers a unique foundry sand by the name of supersand. Foundry sand is high quality silica sand with uniform physical characteristics. Ceramic sand can serve as a replacement for silica sand and substitute for both chromite and zircon sands in many applications.

Supersand is a ceramic sand. Replacing silica sand with carbo ceramic casting media is the most cost effective way for a foundry to meet osha requirements for silica dust exposure. It is well regarded as a revolutionary new foundry sand. Green diamond foundry sand is available in ferrous and non ferrous foundry grade sands and is the ideal silica free replacement for olivine and silica sands for molding and coremaking.

The shape of ceramic foundry sand is spherical and the angle factor is less than or equal to 1 1. Unlike silica sand carbo ceramic casting media produces no respirable silica dust so it easily complies with osha 1926 1153 silica dust permissible exposure limits pel. It reduces the occurrence of casting defects such as veining penetration and burn on resulting in lower cleaning cost. As the largest and the best ceramic foundry sand manufacture in the world the main product is kailin ceramic foundry sand and it also manufactures a variety of auxiliary foundry products and with the great reputation established over.

Ceramsite sand supersand is also called ceramiste ceramic foundry sand and nice foundry sand. Us 480 00 520 00 metric ton. With smooth surface and perfect shape ceramic sand has smallest superficial area making the volume added to adhesive and curing agent much less average 40 50 less. Supersand is a spherically shaped bauxite sand manufactured by melting bauxite in an electric arc furnace followed by a proprietary spraying process.

Sphereox ceramic foundry sand versus silica sand has a lower thermal expansion resulting in higher precision and accuracy of castings while also leading to lower scrap cost and cost to correct inaccuracies. Due to ceramic sand s unique physical and chemical properties it can be used in a wide variety of foundry processes. Supersand beaded foundry sand provides a unique combination of spherical shape grain chemistry and physical properties that result in. This ceramic sand is made from a bauxite based material which produces hard particles that last longer than other ceramic medias on the market.