Products · 02
Search by standard name, English name, product code, grade or common term.
A wire-feeding product with a calcium-silicon alloy core and steel sheath. After review of the steel grade and melt conditions, it may be used for ladle calcium treatment, combined deoxidation and inclusion-shape control; actual Ca/Si, core mass, diameter and calcium recovery require the TDS, lot COA and plant trials.
A cored-wire family with a metallic-calcium core and steel sheath for controlled calcium treatment of reviewed steel melts. It is not interchangeable with calcium-silicon or composite-calcium cored wire; calcium purity, core construction, effective Ca per metre, diameter and plant recovery must be fixed in the formal SKU/TDS and lot COA.
A cored-wire product for controlled titanium addition using a ferrotitanium core. In designed steel grades it may support titanium alloying, nitrogen/carbon fixation or boron protection, but total Ti is not effective Ti; steel N, O, C, Al and downstream practice require joint review.
A ferroboron-core wire for micro-boron alloying. It applies only to steel grades with a defined effective-boron window; total/acid-soluble B, N, O, Ti and Al must be confirmed, and the fed amount cannot be equated directly with hardenability or mechanical properties.
A powder-core wire for carburising reviewed steel melts. Carbon source, fixed carbon, ash, S, N, volatiles, moisture, core sizing and plant recovery jointly determine suitability; it is not interchangeable with bulk recarburiser or welding flux-cored wire.
A cored wire for controlled sulfur addition or resulfurisation in defined processes such as free-machining steel; it is not a general refining or purification product. Core form, target S, Mn/S relationship, steel oxygen state, fumes and fire controls must be confirmed.
A cored-wire family using a ferromanganese core for controlled manganese addition in steelmaking. High-, medium- and low-carbon ferromanganese grades are not interchangeable; Mn/C/Si/P/S, core sizing, core mass per metre and target recovery must be fixed in the SKU/TDS.
A ferrosilicon-core wire for steel deoxidation or silicon alloying. Ordinary FeSi core and cast-iron inoculant core containing active elements such as Ba, Sr, Zr or Ce are not the same specification and require separate SKUs and TDSs.
A candidate wire product for steel deoxidation or aluminium adjustment. 'Aluminium-core cored wire' may refer to steel-sheathed aluminium powder, a steel-covered aluminium core or solid aluminium wire; these have different construction and metering bases, so core construction, Al purity and effective Al per metre must be fixed first.
Rare-earth cored wire is a family name that still requires its core carrier to be specified. Ce/La misch metal, rare-earth ferrosilicon and other carriers cannot share one specification; selection requires the steel grade, O/S state, target residual RE and inclusion route.
A custom cored-wire family with Si, Ca and Mn as principal core indicators. It may serve reviewed steel composite addition or a specific cast-iron inoculation practice, but these uses cannot be promised under one generic specification; formula, industry and validation method must be fixed.
A cored-wire family with Si, Ca and Ba as principal core indicators, for formulation-confirmed cast-iron inoculation or dedicated steel treatment. Active elements, sizing, addition point and validation differ between the two uses and require separate SKUs.
A foundry treatment wire with a rare-earth magnesium ferrosilicon core. For reviewed ductile- or compacted-graphite-iron treatment, base-iron S, temperature, treatment ladle, target residual Mg, feeding practice and post-inoculation validation must be considered.
Composite calcium cored wire is a custom family using two or more calcium-bearing carriers, functional components or a defined layered construction. Single metallic-calcium, calcium-silicon and dedicated calcium-aluminium cores belong to their own product pages; CaFe and other confirmed multi-component or layered systems require their own formal TDS.
A composite-magnesium cored-wire family for cast-iron treatment, potentially using pure Mg, FeSiMg or another composite carrier. Mg carrier, RE/Ca/Ba, base-iron S, temperature, treatment ladle and fume control must be fixed before nodularizing or compacting use is evaluated.
A custom cored-wire system with Si, Ca and Al as principal core indicators. Combined deoxidation and calcium treatment may be evaluated after chemistry and steel grade are confirmed, but online data for neighbouring CaAl, SiAlBaCa or SiCaBaAl products must not be copied.
A cored wire for controlled nitrogen and manganese addition using manganese-nitrogen alloy or another confirmed nitrogen-bearing manganese core. Manganese-nitrogen alloy and nitrogen-bearing ferromanganese core must be distinguished, with Mn/N/C/Fe/P/S, target N and recovery acceptance fixed.
A steelmaking cored wire using a ferromanganese-silicon nitride core system to adjust N, Mn and Si together. The user-supplied display name is retained, while the technical record must map to a formal ferromanganese-silicon nitride grade and remain separate from nitrided manganese, nitrogen-bearing ferromanganese or ordinary silicomanganese.
A cored-wire family with a verified ferrosilicon-barium core in a steel sheath. Cast-iron inoculation is the primary review scenario; steel-treatment use requires a separate SKU and process record. Si, Ba, Fe and residual Al, Ca, C, P and S, core sizing, core mass per metre and wire construction must be fixed by the formal TDS and lot COA.
A steel-treatment cored-wire family with Ca and Al as principal core indicators, potentially using a confirmed alloy-rod/solid, granule or powder-core construction. It supports process-reviewed combined Ca/Al addition or calcium treatment; core construction, Ca/Al, residuals, effective Ca/Al per metre, diameter and plant recovery must be fixed by the formal SKU, TDS and lot COA.
