Cordierite - Mullite is a combination of Cordierite Phase ,Mullite Phase and Glass Phase , with excellent thermal shock resistance and high temperature resistance . Cordierite - Mullite Kiln Furniture is the most suitable refractory under 1300 , it is widely used in Tableware ,Sanitary Wa
Yufeng SonotekSic® Sintered Silicon Carbide (SSiC) is pressure-less, sintered form of alpha silicon carbide, with very fine grain structure (4-10 microns) and contains no free silicon. it is made of pure sub-micron SiC powder with non-oxide sintering aids. forming by extrusion, dry pressing .
Nitride Bonded Silicon Carbide Kiln Furniture and Refractories is an advanced refractory material with black silicon carbide as the main raw material and silicon nitride as the binding phase. Since SiC and Si3N4 are both covalent bond compounds resulting in difficult sintering, So such Nitride B
Kiln Furniture application in the Abrasives ,Grinding Media Industry We provides of complete solutions for the productions of Grinding Wheels and Grinding Balls , including Batts , Beams ,Pusher Batts , Saggers , Suports ,Triangule Batts . The firing processing the grinding wheel is with hi
YUFENGREC®Nitride Bonded Silicon Carbide (NSiC )i s designed for exceptional wear resistance and can be formed into very intricate and precise shapes with the YUFENG unique process. It has desirable refractory and chemical properties, and can also exhibit exceptional wear and thermal shock resistanc
YUFENGREC OSIC Silicon Carbide Refractory Plate/Batts features with excellent heat resistance stability, extremely high temperature strength, good dimensional stability under high temperature and strong deformation resistance. Therefore, it is widely used in daily-use ceramic industries, such as
The manufacture of monolithic refractories has the method of ramming molding, vibration molding and jet molding. When the masonry of the firebrick or the whole structure is partially damaged, the material can be replaced or the cold and hot repair can be carried out by spraying and projection equipment, which is both rapid and economical. It can also be used as the lining of each part of the kiln and the protective layer and joint material of masonry according to its material characteristics. The production process of refractory castables and refractory plastics is described below.
Monolithic refractories as a very important part of refractories, when the finalization of refractories can not meet the construction requirements, it is necessary to be monolithic refractories as the main construction materials. The construction of monolithic refractories is simple and efficient. They are mostly used for casting, kiln wall spraying, repairing, grouting, etc. According to the construction method and material properties, monolithic refractories can be divided into pouring material, plastic, ramming material, spraying material, dry mixing material, projection material and coating material.
Although the use of monolithic refractories has been for many years, it has not been generally accepted in the industry until the 1960s. Refractory aggregate, fine powder and binder (or additive) according to the use of the formula by the appropriate proportion of the mixture to form a monolithic refractory, can be used directly or can be added to the appropriate amount of liquid for use. In terms of transportation, monolithic refractories usually in the form of bulk materials, and then according to the use of the site requirements of different construction methods.
Monolithic refractory material is a new type of refractory material, also known as non-burning refractory material or scattered refractory material, which can be directly used after delivery and molding and baking, without being fired in advance and loose mixture. With the material can be made into no joint lining and structures, so the monolithic refractory material. Monolithic refractories generally use cement as a binder. Here is a simple introduction to the history of monolithic refractories. According to the characteristics and application of monolithic refractories, it can be divided into three stages of development.