Hard Alloys can replace tablets completely ,user can enjoy lower costs ,less wastage,and higher aluminium product quality.
Used in aluminium wrought alloys and foundry alloys for composition adjustments and structure control.
Supplier: Alloys, additives, fluxes, silicon metal, mg ingots
UPERIOR FLUX NUMBER No. 601-Powder DESCRIPTION Silver brazing powder flux REC. BASE METALS Ferrous, stainless steels, copper and carbides REC. FILLER METALS BAg, BCuP REC. TEMP RANGES 450-850 C / 900-1600 F SPECS. AMS 3410; AWS A5.31-91, Type FB3F; O-F 499, Type B SDS Link
Supplier: L.c. ferroalloys, foundry fluxes, metals, minerals, refractories
Services: Technical guidance & information
Buyer: Aluminium scrap, chrome ore, manganese ore, aluminium telic, ferro silicon calcium, ferro silicon barium, ferro silicon zirconium
Supplier: Foundry chemicals, foundry coatings, foundry fluxes, metal castings, ferrous & non-ferrous foundry products
The advancement in technology of high frequency inverters has culminated in several advantages. Some of those incl ude the physical size of the inverter being smaller, a lighter weight of the individual unit and a higher efficiency of the working unit. The main transformer is heart of a power inverter, with a working frequency up to more than 20kHz. The transformer, in the past, was made from a core of silicon steel, but that can no longer meet the technical requirements of today's industrial and technological world. Though Ferrite has a lower loss at high frequencies, but it has a lower saturation flux density and not much reduction in volume and weight, further more, the ferrite metals have lower curie temperatures and less thermal stability. In contrast, Fe-based nano-crystalline structure material has much better magnetic properties. This material integrates the advantages of silicon steel, NiFeNb alloy and ferrite resulting in high flux density, high permeability, low currency loss, and good thermal stability, making it the best material for manufacturing power inverter cores.
Supplier: Tig rod, stick electrodes, mig wire, non ferrous metal, flux cored wire and wire
The Iron Based Amorphous Ribbon is made by the composition of 80%Fe, 20%Sic and B-metal elements materials and formed by strip-casting technology. With high permeability, low loss and ideal stability, it can meet modern electronic product's requirements in high frequency, large current, small size and energy saving, and can also replace silicon steel, perm alloy and ferrite in electricity utility and electronic products. Performance Advantages & Feature R High saturation flux density-- to reduce winding turns, minimize product size R High resistivity, low coercivity--to improve production performance R Low loss(1/3 to 1/5 of silicon sheet)--to cool temperature, improve efficiency R Low excitation--decrease no-load current, and noise R Adjustable permeability--adopt different heat treatment process according to different requirement R High temperature stability--long-term operation under 130° C
