Specifications Backing Material : Flexible Non-woven Color:Blue Equipment - Machines : Manual Backstand Grit: 36-400# Width : 3-120mmï¼? Length: 305-820mm Mineral Type : Precision Shaped Zirconia Alumina Product Form : Belt For Use Onï¼? flap disc, Stainless Steel Applications: Finishing, Polishing Product Details Flexible cloth backing provides ideal comfortable for blending and finishing contours and complex parts Lighter weight backing is ideal for medium to fine grades and reduces cost Precision Shaped Grain provides superior durability and cut-rate, with consistent performance, which translates to higher production rates longer life than comparable aluminum oxide belts, which means a lower cost per part and less time lost to belt changeovers
Specifications Applicationsï¼? Deburring, Finishing, Grinding, Polishing Colorï¼?Brown Equipment - Machinesï¼?Manual Backstand For Use On:All Metals, Aluminum, Carbon Steel, Cast Iron Grit : 120+, 180+, 36+, 80+ Width: 3-120mm Length: 305-820mm Mineral Type: Aluminum Oxide Product Form: Belt Splice Type:Fabri-Lok Splice, Fabric Splice, Film Media Splice, Film-Lok Splice Product Details General purpose belt delivers consistent, reliable performance on all substrates Polyester waterproof backing holds up for wet and dry applications X-weight cloth backing withstands heavy sanding and grinding Resin bond withstands high heat and pressure Premium aluminum oxide cloth belt recommended for metal deburring , general metalworking, and some woodworking applications. Featuring premium mineral and an extra durable backing, it can be used for a variety of applications on metal substrates and wood.
Specification Material: Aluminum oxide,metal shank Out Diameter (mm):15-80mm Thickness (mm):25 Shank Diameter(mm): 6 Grit:40-1000# Features: If youre grinding, blending, or polishing pipes, tubing, or other compact, irregular surfaces, the Mounted Flap Wheel with shank is the abrasive you need! High-quality Aluminium Oxide cloth higher working efficiency More safe operating,no burning work-pieces,low noise easily operating. High quality alumina coating,durable and flexible Application Suitable for grinding, blending, or polishing pipes, tubing, or other compact, irregular surfaces Feature Quality aluminum oxide abrasive provides good cut rate and life Heavy cotton/polyester blended flaps provide extended durability, conformability, and superior wear resistance Designed with a steel shank as an integral part of the wheel for excellent balance, chatter-free finishes, and quick changes on tools that have a collet design Good choice for coarse grit deburring and blending applications Flap wheels with shaft is a great choice for light grinding, blending, deburring, and finishing applications on a variety of metals. Mounted flap wheels are most commonly used on die grinders.
Fiberglass backings plates for flap discs, flap disc backings, flap discs, flap wheels (with shaft).OEM
Zirconia fused alumina Brief introduction Zirconia fused alumina was made from aluminum and Zirconium oxide by melting above 2000 in the electric arc furnace and cooling.Then the huge Zirconiafused alumina lump be crushed into different size,from a few mm to 0.8 um. Zirconia fused aluminas physical properties chemical composition(%) Grade ZrO2 Al2O3 TiO2 Fe2O3 SiO2 ZA25 24%-30% 68%-72% 5%max 0.5%max 1.0%max ZA40 35%-44% 55%-57% 1.5%max 0.5%max 1.0%max physical properties 1 Color Gray 2 True density 4.20g/cm3 3 Bulk density 2.18g/cm3 4 Moh's hardness 9.0 Zirconia fused aluminas size &Application 1.Application :top refractory, slide gate nozzle,submersed nozzle,brick ,building materials. Section sand 0-1mm,1-3mm, 3-5mm,5-8mm,etc Fine powder 100f,200f,325f ,etc. 2.Application :bonded abrasives,abrasives belt,grinding,heavy duty wheel grinding, cutting discfiber discgrinding rails Granularity sand/granular sand / grit size sand/grain size sand FEPA F4F5F6F7F8F10F12F14F16F20F22F24F30F36F40F46F54F60F70F80F90F100F120F150F180F220 JIS 4#5#6#7#8#10#12#14#16#20#22#24#30#36#40#46#54#60#70#80#90#100#120#150#180#220
Ordinary Portland Cement Clinker is the core component in producing cement which is formed by sintering limestone. In the manufacturing of Portland cement, clinker formed by sintering or fusing together without melting to the point of liquefaction, alumina-silicate materials such as clay and limestone during the cement kiln stage and happens as 3 millimeters (0.12 in) to 25 millimeters (0.98 in) in diameter, Ordinary Portland Cement Clinker is then ground to a fine powder and used as the binder in many Cementous goods. Sometimes, a little gypsum is also added. If stored in dry conditions, Cement Clinker can be kept for several months without considerable loss of quality. Because of this fact, and because it can be easily handled by ordinary mineral handling apparatus, Cement Clinker is highly traded intercontinentally in large quantities. At their cement plants, cement manufacturers which purchase clinker usually grind it as an addition to their own clinker. Producers also tend to ship their clinker to grinding plants in zones where cement-making raw materials are not available. Arij Global Trading LLC, one of the independent traders of different types of clinker, gray and white in the area, supplies tons and tons of clinker annually. Arijâ??s special performance has led us to strong partnerships with global cement manufacturers as well as end-users. The Arij Global Trading has aggressively expanded its sources for clinker as well as other related merchandises to offer the most competitive rates under both CFR and FOB terms.
Chemical analysis Measured typical values on a % dry basis Zro2 + hfo2 98.0 min Fe2o3 0.08 max Sio2 0.45 max Tio2 0.18 max Al2o3 0.35 max Cao 0.1 max Hollow ball: 0-7.5mm Product color: pale yellow Please contact us by email for the latest price. 1000kg per bag
1.Brief introduction: ZrO2+HfO2>98.0, SiO2
Material: aluminum oxide color: brown Application: for iron, steel, stainless steel, cast iron, aluminum, wood, plastic and other nonmetals. Advantage: high elasticity, good self-sharpening, high grinding rate and low noise
Item:Flap Disc Size:4:100*16mm 4.5":115*22mm 5":125*22mm 6":150*22mm 7":180*22mm Color:yellow,black,red Grit:40#60#80#100#120#150#240#320# Max-Speedï¼?80m/s
Flap Discs are engineered for stock removal, blending and finishing all in one application. It combine grinding and sanding into a one-step operation,eliminating the use of conventional grinding wheels and sanding or firber discs in many application. Flap Disc grind like a depressed center wheel and finish like a fiber discs which is helping you reduce process time and lower your totoal grinding cost, easy to use.
To be made by full-automatic machine.Using the import materials from germany. Geting different products.Such like prefact line, superior line and the industry line havey duty . Geting different size could be choose. To be applicated to metal, stainless steel, stone, wood, paint, plastic. Could according the customers requirment
Flap disc Our products have a good quality, they are duralbe and keep long life , they also have fast remove and easy working . 4", 4.5", 5", 7"
Mullite bricks refer to high-alumina refractories with mullite as the main crystalline phase, and the general alumina content is between 65% ~ 75%. It is mainly used for hot blast furnace top, blast furnace body and bottom, glass melting furnace regenerator, ceramic sintering kiln, petroleum cracking system dead angle furnace lining, etc. Mullite bricks have high refractoriness, up to more than 1790 C, and have good thermal shock resistance. There are two types: sintered mullite bricks and fused mullite bricks. The crystallization of fused mullite is larger than that of sintered mullite, and the thermal shock resistance is better than that of sintered products. Aluminum content: 65-90% Standard brick size: 230*115*65mm Compressive strength at room temperature: 100-120MPa Good thermal shock resistance:
Alumina Oxide ceramic balls may be used at temperatures up to 3180 'F. Ceramic balls are extremely hard, resistant to abrasion, and immune to all furnace atmospheres. Applications, where alumina oxide balls are used, include chemical pumps, down-hole pumps, valves, bearings, gauges, flowmeters, etc.
High precision zirconia balls are available in many sizes. Zirconia balls are most commonly used as check valves in flow control applications. When subject to stress by impact, grinding, or cracking, a zirconia ball undergoes transformation toughening which stops cracks from spreading and actually makes the ball stronger in the stressed area than what it was originally.
Bio ceramic for water treatment are mainly used as fillers for water filters. They are proven effective in the reduction of impurities including carcinogens like chloroform and heavy metals in water supplies.
Silicon carbide balls are less frequently used than other ceramic materials. Due to its raw material costs and difficulty to machine. Silicon carbide offers the best heat and corrosion resistance of all the ceramic materials. Silicon Carbide is best used under low loads, low to moderate speeds and in highly corrosive environments. Used In : Ceramic Bearing & Ceramic Tube
Monel 400 and Monel 500 (often referred to as K-Monel) are Nickel base alloys used for balls in high corrosion and/or high-temperature applications. Monel balls and K-monel balls are used in non-oxidizing corrosive environments in the chemical pump, precision valves, pharmaceutical, marine, petroleum, textile, laundry, pulp, and paper industries. Monel and K-Monel balls are commonly used with seawater dilute sulfuric acid and monel and k-monel balls are highly resistant to alkaline (caustic) solutions. K-Monel balls are used where additional strength and hardness are required.
Inconel balls can be made from a variety of Inconel alloys. Inconel alloys are nickel bases with chromium and iron. Many Inconel alloys were developed for specific applications. Inconel balls can be made from these various alloys to satisfy the need for mechanical properties at high temperatures and corrosion resistance to certain chemicals often at elevated temperatures. Inconel alloys generally have excellent creep and rupture strength and high tensile and yield strengths, especially at elevated temperatures. Inconel balls are made for use in jet engine applications where high temperatures exist. Inconel balls and seats have been used by NASA on the space shuttle launch pads. Inconel balls are also made for valves and pumps and other fluid handling equipment when corrosion resistance is required