Small ceramic device pine Austin City ceramic kiln equipment prices have certified

Production Lytag production process as follows: raw materials (fly ash + quantitative admixtures) mixing mill - granulator - burn Expansion - stacking - transport (bagging) production should be used binoculars kiln Lytag preheating section and a drying section that is kiln can be used alone to control their speed in order to control their warm-up time according to the state of raw materials. Ceramic clay in recent years because of limited land resources in some areas have been banning the production and use. However, some areas may take advantage of river silt, soil and other waste mountain production. Its process: raw materials stirred - granulation - Screening - Sintering - stacking - Transport (bagging) in operation should be noted that the lookout to prevent the material in the kiln and affect the quality of agglomerate. Our company has the production of ceramic equipment, ceramic production line design extensive experience, ceramic sand production of raw materials is less demanding, almost everywhere, such as: clay, slate, mudstone, shale, coal gangue, fly ash, Even industrial solid waste sludge and so can be used as raw material ceramic sand. Ceramic sand production line based on the use of the type and characteristics of raw materials, production processes are the following (1) to clay and clay as raw materials, plastic production process, the process is: clay -> plastics, homogenized -> to roll granulation -> Roasting -> Cooling -> ceramic shelf (2) fly ash or other powder as raw material, the mud into a ball technology, ceramic sand production line whose process is: Fly -> Mixed uniform of -> ceramic pot granulation -> Roasting -> Cooling -> Finished (3) shale, shale and coal waste as raw material, ceramic sand production line into a ball grinding process, the process is: Page Rock -> drying -> grinding -> Pre-wet -> ceramic pot granulation -> Roasting -> Cooling -> sintered ceramic structure features the following main technical characteristics ① structure of sintered ceramic, mainly solid compact inside there are some small amount of gas and porosity sinter produced water evaporation caused by, but few in number, the main structure is still relatively dense. Its main component is sintered to form crystals and vitreous, brownish-red or brown. ② physical properties of a high intensity strength sintered ceramic ceramic expansion * and Rao, compared to much higher. Its cylinder compressive strength of 3.0 ~ 7.OMPa, and burn expansion ceramic cylinder compression strength is typically less than 2 0MPa. The strength of high strength sintered ceramic grade optional 25 ~ 40MPa. b absorption sintered ceramic water absorption, slightly higher than ordinary products sintering-expanded ceramic, high-strength ceramic and ceramic sintering-expanded considerably. Sintered ceramic water absorption are generally lower than the unburned ceramic. Carbonation Resistance c- carbonation resistance sintered ceramic generally better than unburned type, while the burn considerable expansion type, there is no carbonation problem. Sintered ceramic role of carbon dioxide in the atmosphere, the intensity does not decrease, with excellent anti-carbonation properties. d bulk density sintered ceramic packing density, typically greater than 600kgjmp3. Most of the 700 - 8sokg / mJ. Some sintered ceramic bulk density 900kg / m3 or higher.