756 WSTZ DIP FLUX
This is a zinc chloride based water soluble flux formulated for general purpose soldering. It is a highly active flux suitable for soldering copper, brass pipe, brass fittings, tin/ zinc alloys, tinned copper, and other tin & copper-bearing alloys. Buffing prior to fluxing is not essential. It may be applied a few hours before soldering and its effectiveness will be retained.

790 STAINLESS STEEL FLUX
It is an inorganic acid flux suitable for soldering brass, bronze, copper, nickel, terrene plate, silicon, bronze, stainless steel and galvanised steel (all common metals except aluminium and manganese). It is considered to be an excellent flux for soldering all types of stainless steel with special lead free solder alloys. It can be used for electrical and electronic general applications. It is non-flammable.

759 GAMA FLUX
This is a highly acidic flux specially developed for capacitor soldering applications. It is an excellent general purpose flux for soldering of almost all metals in general engineering applications.

730 INORGANIC ACID FLUX RADSOL
This flux normally used in radiator soldering applications is also effective on stainless steel and other difficult to solder metals. It shows excellent thermal stability and rapid wetting action. It can be used with any conventional soldering equipment. It is not to be used to solder electrical connection. It very effectively removes oxides and prohibits re-oxidation of base metal and solder during heating. It permits soldering light gauge stainless steel without discolouration & buckling.

725 ORGANIC ACID FLUX
This flux is also developed for radiator soldering applications and is suitable for soldering copper, brass, tin coated copper, and copper alloys. It exhibits minimum corrosion. It is specially used for soldering radiator header, tank bottom and where baking is involved in manufacturing processes.

FLUX NUMBER	700	756	790	759	730 RADSOL	725
TYPE	Water Soluble	WSTZ DIP Flux. Water Soluble	Inorganic Acid Flux	Gama Flux	Inorganix Acid Flux	Organic Acid Flux
FLUX CLASSIFICATION J-STD-004	ORM1	INH1	INH1	INH1	INH1	ORH1
PHYSICAL STATE	Clear Liquid	Clear Liquid	Clear Liquid	Clear Liquid	Clear Liquid	Clear Liquid
SPECIFIC GRAVITY	0.825@25°C	1.2@25°C	1.25@25°C	1.02@25°C	1.30@25°C	1.25@25°C
SOLIDS CONTENT	7%	36%	35%	6%	45%	31.5%
PERCENT HALIDE	0.92%	8.69%	22.15%	12%	19.7%	16.4%
FLASH POINT(TCC)	17°C	None	None	30°C	None	None
COLOUR	Light Blue	Light Grey	Light Grey	Pale Straw	Pale Pink	Pale Yellow
RESIDUE	Corrosive Residue	Corrosive Residue	Corrosive Residue	Corrosive Residue	Corrosive Residue	Non Corrosive
RESIDUE REMOVAL	Hot de-ionized water cleaning with or without the addition of detergent as may be required.	Residue should be thoroughly cleaned with de-ionized warm water to remove all ionic particles	Complete removal of residue by rinsing in de-ionized water	Complete removal of residue by rinsing in de-ionized water	Rinsing in warm de-ionized water. For residue not removed by water, rinse it in 1% hydrochloric acid solution followed by water rinse	Complete removal of residue by rinsing in de-ionized water
RECOMMENDED THINNER	Hybrid #701	D.I. Water	D.I. Water	D.I. Water	Water	D.I. Water

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