
COVER 11 Dross-Off Flux
Dross-off flux for protecting the liquid metal surface from oxidation, minimizing metal loss during dross-off, and removing impurities from the melt surface.
Product range
Browse Zhongshan Huayu metal additives, grain refiners, refining flux and COVER 11 dross-off flux for aluminum and non-ferrous melt treatment applications.

Dross-off flux for protecting the liquid metal surface from oxidation, minimizing metal loss during dross-off, and removing impurities from the melt surface.

Refining flux family for aluminum-alloy melt treatment, with different variants for alloy compatibility including sodium-free options and magnesium-containing aluminum alloys.

Granulated refining flux for removing hydrogen, non-metallic inclusions, and alkali metals such as sodium, calcium, and lithium during aluminum and aluminum-alloy melting.

Fast melting silicon additive for preparing or adjusting alloy composition.

Manganese additive for alloy composition adjustment in aluminum processing applications.

Copper additive for alloy composition adjustment in aluminum processing applications.

High-concentration chromium additive used to adjust alloy composition and achieve target mechanical or physical properties.

Titanium boron refiner for aluminum and aluminum alloys; source table notes it contains manganese.

Titanium boron refiner for aluminum and aluminum alloys; source table notes it contains iron.

AlTi5B grain refiner for aluminum and aluminum alloys, supplied in castcut or coil form for melt treatment applications.
Recommended Technical Articles
Technical notes for comparing refining flux, granulated refining flux and metal additives by alloy condition and treatment goal.

A practical guide to how GRF granulated refining flux works with inert gas injection to remove hydrogen, inclusions, and alkali metals from molten aluminum.

Compares refining-flux selection by alloy condition, magnesium content, silicon content, and pollution-free or sodium-free requirements using the source product table.

A practical guide to comparing additive codes, target alloying elements, product form, and process fit before requesting a recommendation.