YUFENG WOOL® Bio Soluble Fiber Blanket is a body soluble fiber that utilizing a unique spinning technology and mechanical properties . These special fibers are made from a blend of calcium ,silica and magnesium which give fiber the ability to support continuous applications under high temperature conditions. Yufeng® Soluble Fiber Blanket is flexible and competent in treating with the refractory linings ,thermal insulation and metals transfer , it has been proven superior and eco-friendly to traditional refractory ceramic fibers The Soluble Fiber Blanket meets European regulatory requirement : Directive 97/69/EC Standard Densities: 6, 8, lbs./cu. ft. (96, 128 kg/m3) Standard Thicknesses:, 1", 2" Standard Widths: 24" and 48" (Other specifications manufacture according to the customer request.) Standard Packaging: Carton Boxes

Yufengr Wool® Soluble Ceramic Fiber Board are made from soluble fiber and a small amount of organic binder .meet European regulatory requirements (Directive 97/69/EC) Due to high fiber content , The Soluble Fiber Board are strong ,lightweight and good thermal shock resistant .

YUFENG WOOL®Ceramic Fiber Blanket is made from high quality of spun fiber bulk , for application in a temperature range from 1260°C (2300 °F) TO 1600°C (2912°F ) . The Ceramic Fiber Blanket is completely inorganic ,It is asbestos free, No chemical binder is added. Double-side needle processing provides blanket with great tensile or handling strength for easy installation. Standard Densities: 6, 8, 10 lbs./cu. ft. (96, 128, 160 kg/m3) Standard Thicknesses: 1/4", 1/2", 1", 1-1/2", 2" Standard Widths: 24" and 48" (Other specifications manufacture according to the customer request.) Standard Packaging: Carton Boxes or bags

YUFENG WOOL® Ceramic Fiber Insulation Board are produced through wet forming process of ceramic fiber and binder . These ceramic fiber board are vacuum formed products , featured with High temperature Stability ,low thermal conductivity ,consistent density , excellent resistance against thermal shock and chemical attacks . The Ceramic Fiber Board are available in a variety of temperature rating from 1100ºC (2012 ° F) to 1430ºC (2600 ° F) Standard Thicknesses: 3 - 100 mm available Standard Length and Widths: 900 x 600 mm , 1000 x 600 mm 1000 x 1000 mm , 1200 x 1000 mm (any size can be customized ) Standard Packaging: Carton Boxes or Pallet

YUFENGREC® Cordierite-Mullite Kiln Furniture is manufactured by synthetic cordierite and lower alumina mullite ,through unique scientific formula proportion of fines and aggregate , formed by vacuum extruding process , fired under high temperature . It has excellent thermal shock resistance, low creep rate , stable at high temperature performance . it is the best kiln furniture material operating between 1000-1300ºC，

YUFENGREC® -Kiln Furniture for Structure and Roof System, cordierite mullite pressed batts are well known in the market for their very high quality standard and durability. Batts can be produced in many different sizes and thicknesses according to the specific needs of each customer. Complementary pressed and extruded kiln furniture products like cylindrical supports, caps, etc. are also manufactured in qualities equivalent to the ones of the batts.

YUFENGREC® Cordierite-Mullite Plain Batts is considering and designing about the materials, proportionning and performance index .Iti s one of the popluar kiln furniture .Most of the batts are made by pressing , some of the thicker batts also can be extruding process . it was used to table ware , fooamed ceramics ,building ceramics ,electric ceramics industry , our batts can basically meet all industries requirement .

YUFENG Refractories is a leading supliers of forehearth components ,including feeder channels substructures, superstructures and a full line of feeder consumables such as : Plungers, Stirrers, Orifice Rings, Feeder Tubes, Spouts and other accessories .

Taking advantage of the excellent characteristics of Silicon Carbide, such as chemical inertness at all temperatures, resistance to thermal shock and abrasion hardness and sinterability, the Technical Ceramics industry has developed a wide range of applications based on Silicon Carbide. The main applications for SiC based ceramics are kiln furniture, burner nozzles, sliding earings, process components for the Semiconductor industry, passive armor for the Security and Defense industries, seal rings and Diesel Particulate Filters for the Industrial and Automotive industries. SiC-based ceramic components can be manufactured using several processes: Nitride-bonded SiC Reaction bonded SiC Re-crystallized SiC Oxide Bonded Silicon Carbide

Oxide Bonded Silicon Carbide (OBSIC) Kiln Furniture with many shape avaiable ,such Batts Plates, Shelves, Setter , etc.
The reason for choosing OBSIC Kiln Furniture is due to their property of exceptional wear, corrosion resistance and has desirable refractory and chemical properties. also have excellent resistance towards oxidation and thermal shock. These batts,plates ,shelves etc. are far superior to tradition cordite-mullite based ceramics in most applications.
OBSIC Kiln Furniture is manufactured by combining oxide with silicon carbide using silica powder as the main raw material. The silicon carbide powders we use are of exceptional quality and high grade. Then it is processed by forming and drying it in shuttle fired kiln. The product formed has many beneficial properties like high-temperature volume stability, compact structure, and high-temperature flexural strength.

YUFENGREC® Refractory Sagger are made of top quality tabular alumina , fused corundum,mullite , applied with advanced ultrafine powder adding technology. by mixing, drying and forming, and fired in a high-temperature shuttle kiln. The sagger has the characteristics of compact structure, high compressive strength, good thermal shock resistance, acid and alkali corrosion resistance, anti-flaking, anti-powdering and long service life. The products are widely used in the melting of rare earth magnetic materials, alloy materials and the sintering of ceramic powders. Special shapes can be customized as per the requirements of customers.

YUFENG WOOL® Insulating Refractory Board with asbestos-free thermal insulation product that can withstand up to 1000℃., we offers several grades and types of technically advanced insulating refractory boards for molten metal applications,such as steel ladle , Tundish etc. These insulating board are available in sheets or as precision machinesd components .

YUFENG WOOL® Calcium Silicate Board is an asbestos-free thermal insulation product that can withstand continuous operating temperature from 650℃ up to 1000℃. It is light weight, low thermal conductivity, high strength, easy to install, reliable and durable. There are 2 grades available namely 650℃ &1000℃ which are commonly used as furnace backup insulation in steel, petrochemical, ceramic, cement & glass industry or fire protection in building construction. It not only provides energy saving, also increases production efficiency. And in the housing construction Calcium Silicate Board is also used as the ceiling, fireproof and heat insulation materials of wall and sound absorption materials of decoration.

YUFENGREC® provide Special High Quality Fireclay Brick are made of pure and high grade raw material producing by drying pressing and high fired ,with lower porosity ,high crushing strength . 
 Classification : ASTM C-27 Method of Manufacturer: Dry Pressing

Dense Zircon Blocks made by isostatic pressing technology , feature with high temperature resistance , good thermal shock resistant , melton glass corrosion resistance . Applications : *Alkali-free glass furnace : Paving or sub-paving in melter bottom ,forehearths, flow blocks and back-up tiles . * Superstructures, tuckstones, burner blocks, thermalcouple blocks ,peep hole blocks ,sub-paving blocks, etc .

YUFENG WOOL®Ceramic Fiber Paper consists primarily of high purity alumina-silicate fiber and is made through a fiber washing process. This process controls the content of un-fiberized shots to a very minimal level within the paper. Our ceramic fiber paper features light weight, structure uniformity and low thermal conductivity, which serve as a perfect solution for high temperature insulation, chemical corrosion resistance, and thermal shock resistance. This ceramic fiber paper can be used in various types of refractory and sealing applications and is available in 3 grades with a variety of thicknesses, widths, and temperature ratings.

Yufeng Wool® Soluble Fiber Paper based on a calcium magnesium silicate chemistry. Which meets European regulatory requirements (Directive 97/69/EC) It is recommended for continuous use at temperature up to 1000 ℃. Soluble Ceramic fiber paper are made of soluble fiber material , which contains little sediment, High quality paper processed by Slurring ,Removing residue ,Mixing slurry ,Long-mesh shaping, Vacuum , Dehydrating, Drying , Cutting and Rolling .

MAGNESIA ALUMINA SPINEL BRICK are made of top grade of sintered magnesia, Fused magnesia and Fused alumina-magnesia spinel .with our unique and advance particle grading . pressing by auto pressing machine and and firing under higher temperature in the tunnel kiln .

YUFENGREC® Refractory Sagger are made of top quality tabular alumina , fused corundum,mullite , applied with advanced ultrafine powder adding technology. by mixing, drying and forming, and fired in a high-temperature shuttle kiln. The sagger has the characteristics of compact structure, high compressive strength, good thermal shock resistance, acid and alkali corrosion resistance, anti-flaking, anti-powdering and long service life. The products are widely used in the melting of rare earth magnetic materials, alloy materials and the sintering of ceramic powders. Special shapes can be customized as per the requirements of customers.

YUFENGREC® Foam Glass Pipe Section is an alumina-silicate ,which is cutting by foam glass slab ,The foam glass pipe section with an exfoliated glass structure .The silicate composition provides excellent chemical protection ,while the cellular structure minimum density and thermal conductivity