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Performance Additive Formula (PAF) is built to elevate melt quality and productivity in aluminum alloy operations. Used with master alloys, AlTiB grain refiners, and refining/degassing fluxes, it supports cleaner melts, stable mechanical properties, and shorter cycle times in casting, extrusion, and rolling. Backed by four production bases, advanced laboratories, and global delivery coverage, this additive offers repeatable results and a dependable supply. Contact us to discuss your melt treatment needs.
For casting and extrusion, the solution delivers measurable gains. It reduces inclusions and dross. Paired with degassing flux, it improves hydrogen control. Fast dissolution and uniform distribution help stabilize downstream properties. Combined with AlTiB, it contributes to refined grain structure. These benefits raise yield and cut rework. They support consistent properties in automotive parts, aerospace-grade alloys, can sheet production, and extrusion profiles.
We offer standard and tailored compositions aligned to common alloy series and melt windows. Variants include fast-dissolving options, low‑residue mixes, and profiles tuned for specific master alloys to ensure reliable behavior under different furnace and ladle conditions.
The additive is designed to work alongside master alloys (AlTi, AlSr, AlCu, AlMn, AlFe, AlCr, AlZr, AlV, AlB), AlTiB grain refiners, and refining/degassing fluxes. This integrated approach simplifies melt treatment, stabilizes composition, enhances surface quality, and improves grain refinement efficiency. It helps lower scrap rates and supports coordinated use with AlTiB grain refiners and AlSr modifiers.
Key properties include rapid melting, uniform dispersion, low inclusion generation, and predictable response in standard furnace and ladle conditions. Behavior remains stable across typical temperature ranges and common alloying sequences, with minimal impact on melt viscosity and flow.
For best results, add under controlled vortex and temperature. Coordinate timing with master alloys and fluxes, and monitor melt cleanliness by spectrometry. Keep addition rates consistent and precondition the melt to maintain target compositions from furnace to cast.
Production is supported by spectral analyzers, reduction and muffle furnaces, and certified management systems (IATF 16949:2016, ISO 9001:2015, ISO 14001:2015, ISO 45001:2018). Four production bases, plus distribution centers in Fujian, Jiangsu, Chongqing, and Guangdong, enable responsive supply. Long‑standing partnerships in nearly 40 countries help ensure smooth cross‑border deliveries.
Since 1995, our R&D has advanced performance through more than 100 patents and recognized inventions. Plant laboratories collaborate with application teams to translate patented technologies into stable formulations and process‑friendly behavior validated in mills and foundries.
Store in dry conditions. Use appropriate PPE. Add according to recommended procedures. Control moisture and maintain good housekeeping for clean additions and consistent outcomes.
The formula combines high‑efficiency melt improvement with an integrated treatment portfolio—from master alloys and AlTiB to fluxes. This makes it easier to achieve cleaner melts and stable mechanical properties. Strong capacity, certified systems, and responsive delivery provide dependable support for demanding schedules and tight quality targets.
Advantages include tailored formulations for 1xxx–7xxx alloys, synergy with modifiers and grain refiners, lab‑validated batch consistency, and fast logistics via regional warehouses. The solutions are used by leading aluminum companies and presented at major international exhibitions, reflecting reliable performance across casting, rolling, and extrusion.
Selection typically centers on alloy series, process temperatures, cleanliness targets, and integration with grain refinement and degassing steps. Our team matches tailored compositions to specific lines and objectives, ensuring smooth coordination with alloying tablets, master alloys, and fluxes.
Common topics include effects on melt cleanliness and dross, compatibility with AlTiB and AlSr, addition sequences with refining and degassing flux, and balancing dissolution speed with downstream property control. Guidance focuses on coordinating treatment steps and monitoring by spectrometry.
Within a broader portfolio—covering alloying metal tablets (Mn, Fe, Cu, Ni, Cr, Ti), master alloys, AlTiB grain refiners, modifiers, fast‑melting silicon, and fluxes—the additive acts as a bridge that amplifies melt treatment efficiency. Unified melt improvement enhances complementary products for cleaner melts and stable properties.
